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The Height Increase Method, A Special Report on how to increase physical height from 2 to 4 inches in 10 weeks or less. ... |
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Numerical Methods For Evaluation Of The Integrals For Virtual Height $15.16 Numerical Methods For Evaluation Of The Integrals For Virtual Height |
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Increase $29.95 Increase is Lia Purpura''''s chronicle of her pregnancy, the birth of her son, Joseph, and the first year of his life... |
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Evaluating Programs to Increase Student Achievement $27.59 This updated edition on evaluating the effectiveness of school programs provides an expanded needs-assessment section, additional methods for data analysis, and tools for communicating program results. |
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How to Increase Your Child's Verbal Intelligence $12.65 In this book, 38 games and exercises teach children and teenagers how to increase their verbal intelligence by defining words by their context and many other methods. The authors were the creators of the Phono-Graphix reading method and also were the coau |
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The Purchasing Chessboard: 64 Methods to Reduce Cost and Increase Value With Suppliers $58.45 No Synopsis Available |
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Headboard Gap 7 Inch Height Increase For Ramblin Wood Beds $37.99 Must be ordered at same time with Ramblin Wood Bed. Allows for 13 inch to 15 inch thick mattress. |
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Leg Height Increase 5 Inch For Ramblin Wood Beds $44.99 Must be ordered at same time as Ramblin Wood Bed. |
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Headboard Gap 10 Inch Height Increase For Ramblin Wood Beds $49.99 Must be ordered at same time with Ramblin Wood Bed. Allows for 16 inch to 19 inch thick mattress or mattress with boxspring. |
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Leg Height Increase 3 Inch For Ramblin Wood Beds $29.99 Must be ordered at same time as Ramblin Wood Bed. |
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Headboard Gap 3 Inch Height Increase For Ramblin Wood Beds $35.99 Must be ordered at same time with Ramblin Wood Bed. Allows for 10 inch to 12 inch thick mattress. |
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Increase The Beats $14.99 Increase The Beats |
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Increase Vitality $14.99 Increase Vitality |
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Increase the Sweetness $18.77 Increase the Sweetness |
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Decrease/Increase $12.61 Decrease/Increase |
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The Increase Of Faith $19.47 The Increase Of Faith |
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The Laws of Increase $12.3 The Laws of Increase |
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Decrease/Increase * $16.36 Decrease/Increase * |
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12 Spring Loaded Pole 2-Pack $115.69 ZIP1008: Features: -Each ZipWall SLP2 package contains two 12' aluminum Spring Loaded poles (SLPs), and accessories. Use them to create a temporary dust barrier of any length in minutes without the use of tape, staples or ladders. That saves time and costly repairs to painted surfaces and will increase customer satisfaction. Consider this example: A 30 foot long 11 foot high barrier takes about 1 hour to build using conventional methods. With the ZipWall system, the same barrier can be completed by one person in under 5 minutes..-The ZipWall Dust Barrier System is patented and has many advantages over conventional methods. The twist-locking pole lets you raise the sheeting without a ladder. The non-skid, non-marking material at the top grabs the ceiling, while the non-skid GripDisk under the foot keeps the pole locked in position at the floor. Spring Loading lets you lift the pole to tuck the sheeting underneath for easy setup. It also maintains constant tension on the barrier, to compensate for movement at the ceiling or at the floor if the poles are bumped, or if there is a lot of air movement..-All ZipWall poles are ideal for dropped ceilings. Spring Loading automatically adjusts the pole height to compensate for any movement of the grid during setup. Just place the poles so the tops push against the grid, then follow the grid until you've contained the area..-SLP poles extend from 4 feet 7 inches to 12 feet. They are clear anodized aluminum and weigh just 1.5lbs each. Poles should be placed every 8' to 10' or closer if there is a lot of air movement. A GripDisk under each pole secures the pole on smooth flooring like vinyl or wood. SLP poles can accept any plastic or cloth sheeting up to 8 mils thick and can support up to 110 lbs. These poles work with all ZipWall accessories including: Foam Rails, Side Clamps and self adhesive zippers and more.. |
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12 Spring Loaded Pole 6-Pack $303.99 ZIP1009: Features: -Each ZipWall SLP6 package contains six 12' aluminum Spring Loaded poles (SLPs), and accessories. Use them to create a temporary dust barrier of any length in minutes without the use of tape, staples or ladders. That saves time and costly repairs to painted surfaces and will increase customer satisfaction. Consider this example: A 50 foot long 11 foot high barrier takes about 2 hours to build using conventional methods. With the ZipWall system, the same barrier can be completed by one person in under 10 minutes..-The ZipWall Dust Barrier System is patented and has many advantages over conventional methods. The twist-locking pole lets you raise the sheeting without a ladder. The non-skid, non-marking material at the top grabs the ceiling, while the non-skid GripDisk under the foot keeps the pole locked in position at the floor. Spring Loading lets you lift the pole to tuck the sheeting underneath for easy setup. It also maintains constant tension on the barrier, to compensate for movement at the ceiling or at the floor if the poles are bumped, or if there is a lot of air movement..-All ZipWall poles are ideal for dropped ceilings. Spring Loading automatically adjusts the pole height to compensate for any movement of the grid during setup. Just place the poles so the tops push against the grid, then follow the grid until you've contained the area..-SLP poles extend from 4 feet 7 inches to 12 feet. They are clear anodized aluminum and weigh just 1.5lbs each. Poles should be placed every 8' to 10' or closer if there is a lot of air movement. A GripDisk under each pole secures the pole on smooth flooring like vinyl or wood. SLP poles can accept any plastic or cloth sheeting up to 8 mils thick and can support up to 110 lbs. These poles work with all ZipWall accessories including: Foam Rails, Side Clamps and self adhesive zippers and more.. |
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Amplified electrochemical bioassays based on bioaffinity interactions. $49.99 Achieving high sensitivity is a major goal in biological assays. Highly sensitive methods that allow detection of disease markers present at low levels during the early stages of disease progression could potentially increase the chance to treat various diseases. Nanoparticles and enzymes have been employed as amplification tags for sensitive detection of DNA, proteins and pathogens. An electrochemical (EC) transducer has been used to convert the signal readout, owing to its fast, simple and low cost characteristics. Analogous to the unique optical properties of quantum dots (QDs)-sized tunable fluorescent emission, the EC signatures of QDs provide the capabilities as EC tags for quantitation and multiplexing of biological species. The well-resolved peaks with different potentials and height reflect the identity and quantity of the target analytes respectively. Colloidal gold nanoparticles were employed as labels in an immunoassay of mouse Immunoglobulin (IgG). The signal amplification was achieved through the nanoparticle-promoted precipitation of silver onto the gold nanoparticle tags. The silver layer was dissoluted and potentiometrically measured, whose potential output was related to the concentration of mouse IgG in the sample solution. Prussian blue nanoparticle-encapsulated polystyrene microbeads were first used as labels for sensitive EC detection of DNA. Each single bead is capable of carrying a large number of reporters. Multiple EC tags, instead of one single tag, were involved in a single DNA hybridization event, resulting in a dramatically amplified signal readout. A novel strategy coupled with the DNA polymerase chain reaction (PCR) technique was developed for highly sensitive detection of protein. The target protein was sandwiched between two DNA aptamers and the guanine rich aptamer was then released and amplified by the PCR. The target protein was measured down to 5.4 fM by monitoring the sensitive chronopotentiometric stripping response of |
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Amplified electrochemical bioassays based on bioaffinity interactions. $49.99 Achieving high sensitivity is a major goal in biological assays. Highly sensitive methods that allow detection of disease markers present at low levels during the early stages of disease progression could potentially increase the chance to treat various diseases. Nanoparticles and enzymes have been employed as amplification tags for sensitive detection of DNA, proteins and pathogens. An electrochemical (EC) transducer has been used to convert the signal readout, owing to its fast, simple and low cost characteristics. Analogous to the unique optical properties of quantum dots (QDs)-sized tunable fluorescent emission, the EC signatures of QDs provide the capabilities as EC tags for quantitation and multiplexing of biological species. The well-resolved peaks with different potentials and height reflect the identity and quantity of the target analytes respectively. Colloidal gold nanoparticles were employed as labels in an immunoassay of mouse Immunoglobulin (IgG). The signal amplification was achieved through the nanoparticle-promoted precipitation of silver onto the gold nanoparticle tags. The silver layer was dissoluted and potentiometrically measured, whose potential output was related to the concentration of mouse IgG in the sample solution. Prussian blue nanoparticle-encapsulated polystyrene microbeads were first used as labels for sensitive EC detection of DNA. Each single bead is capable of carrying a large number of reporters. Multiple EC tags, instead of one single tag, were involved in a single DNA hybridization event, resulting in a dramatically amplified signal readout. A novel strategy coupled with the DNA polymerase chain reaction (PCR) technique was developed for highly sensitive detection of protein. The target protein was sandwiched between two DNA aptamers and the guanine rich aptamer was then released and amplified by the PCR. The target protein was measured down to 5.4 fM by monitoring the sensitive chronopotentiometric stripping response of |
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Changes in Amazon forest structure from land-use fires: Integrating satellite remote sensing and ecosystem modeling. $49.99 Fire is the dominant method of deforestation and agricultural maintenance in Amazonia, and these land-use fires frequently escape their intended boundaries and burn into adjacent forests. Initial understory fires may increase forest flammability, thereby creating a positive fire feedback and the potential for long-term changes in Amazon forest structure. The four studies in this dissertation describe the development and integration of satellite remote sensing and ecosystem modeling approaches to characterize land-use fires and their consequences in southern Amazon forests. The dissertation contributes three new methods: use of the local frequency of satellite-based active fire detections to distinguish between deforestation and maintenance fires, use of satellite data time series to identify canopy damage from understory fires, and development of a height-structured fire sub-model in Ecosystem Demography, an advanced ecosystem model, to evaluate the impacts of a positive fire feedback on forest structure and composition. Conclusions from the dissertation demonstrate that the expansion of mechanized agricultural production in southern Amazonia increased the frequency and duration of fire use compared to less intensive methods of deforestation for pasture. Based on this increase in the frequency of land-use fires, fire emissions from current deforestation may be higher than estimated for previous decades. Canopy damage from understory fires was widespread in both dry and wet years, suggesting that drought conditions may not be necessary to burn extensive areas of southern Amazon forests. Understory fires were five times more common in previously-burned than unburned forest, providing satellite-based evidence for a positive fire feedback in southern Amazonia. The impact of this positive fire feedback on forest structure and composition was assessed using the Ecosystem Demography model. Scenarios of continued understory fires under current climate conditions show the |
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Changes in Amazon forest structure from land-use fires: Integrating satellite remote sensing and ecosystem modeling. $49.99 Fire is the dominant method of deforestation and agricultural maintenance in Amazonia, and these land-use fires frequently escape their intended boundaries and burn into adjacent forests. Initial understory fires may increase forest flammability, thereby creating a positive fire feedback and the potential for long-term changes in Amazon forest structure. The four studies in this dissertation describe the development and integration of satellite remote sensing and ecosystem modeling approaches to characterize land-use fires and their consequences in southern Amazon forests. The dissertation contributes three new methods: use of the local frequency of satellite-based active fire detections to distinguish between deforestation and maintenance fires, use of satellite data time series to identify canopy damage from understory fires, and development of a height-structured fire sub-model in Ecosystem Demography, an advanced ecosystem model, to evaluate the impacts of a positive fire feedback on forest structure and composition. Conclusions from the dissertation demonstrate that the expansion of mechanized agricultural production in southern Amazonia increased the frequency and duration of fire use compared to less intensive methods of deforestation for pasture. Based on this increase in the frequency of land-use fires, fire emissions from current deforestation may be higher than estimated for previous decades. Canopy damage from understory fires was widespread in both dry and wet years, suggesting that drought conditions may not be necessary to burn extensive areas of southern Amazon forests. Understory fires were five times more common in previously-burned than unburned forest, providing satellite-based evidence for a positive fire feedback in southern Amazonia. The impact of this positive fire feedback on forest structure and composition was assessed using the Ecosystem Demography model. Scenarios of continued understory fires under current climate conditions show the |
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Effect of the Bimler functional appliance treatment on Class III patients. $49.99 The effect of the Bimler functional appliance on the treatment of Class III malocclusion is unknown as no previous study has evaluated the effect of this appliance on Class III patients. Indeed, there are very few, if any, studies that have reported the effect of the functional appliances on Class III malocclusions. It was thus the goal of this study to investigate the changes that results from the treatment of Class III patients with the type C Bimler appliance. Materials and methods. Thirty patients with Class III malocclusion (12 males and 18 females) were included in this study. The mean age of the subjects was nine years and eight months at the beginning of the treatment. These patients were treated by Bimler with his type C functional appliance. The mean treatment period was two years and three months. The lateral cephalometric radiographs used in this study were analyzed at the start of treatment (T1) and at the end of the treatment (T2). Eight linear and six angular measurements were made to evaluate the changes achieved by the Bimler type C functional appliance. The Student's and paired t-test were used to analyze the data collected in this study. Results. For no measurement was there a statistically significant difference (p=0.05) between the males and the females. As a result, the separating by gender was abandoned, and the male and female treatment groups were combined to provide 30 subjects. The most significant changes observed were three angular measurements (ANB, Upper incisor to SN, IMPA) and seven linear measurements (Co-A, Co-Gn, Pg-Na perpendicular, ANS-Me, Wits, Overjet, Lower incisor to APo) (p<0.0001). No significant change was observed in the mean value of one of the linear measurement (A-Na perpendicular). Favorable skeletal and dentoalveolar effects were observed. These included: (a) a backward rotation of the mandible combined with an increase in the lower facial height, (b) favorable changes in incisor overjet resulted mainly from |
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Effect of the Bimler functional appliance treatment on Class III patients. $49.99 The effect of the Bimler functional appliance on the treatment of Class III malocclusion is unknown as no previous study has evaluated the effect of this appliance on Class III patients. Indeed, there are very few, if any, studies that have reported the effect of the functional appliances on Class III malocclusions. It was thus the goal of this study to investigate the changes that results from the treatment of Class III patients with the type C Bimler appliance. Materials and methods. Thirty patients with Class III malocclusion (12 males and 18 females) were included in this study. The mean age of the subjects was nine years and eight months at the beginning of the treatment. These patients were treated by Bimler with his type C functional appliance. The mean treatment period was two years and three months. The lateral cephalometric radiographs used in this study were analyzed at the start of treatment (T1) and at the end of the treatment (T2). Eight linear and six angular measurements were made to evaluate the changes achieved by the Bimler type C functional appliance. The Student's and paired t-test were used to analyze the data collected in this study. Results. For no measurement was there a statistically significant difference (p=0.05) between the males and the females. As a result, the separating by gender was abandoned, and the male and female treatment groups were combined to provide 30 subjects. The most significant changes observed were three angular measurements (ANB, Upper incisor to SN, IMPA) and seven linear measurements (Co-A, Co-Gn, Pg-Na perpendicular, ANS-Me, Wits, Overjet, Lower incisor to APo) (p<0.0001). No significant change was observed in the mean value of one of the linear measurement (A-Na perpendicular). Favorable skeletal and dentoalveolar effects were observed. These included: (a) a backward rotation of the mandible combined with an increase in the lower facial height, (b) favorable changes in incisor overjet resulted mainly from |
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Effect of the Bimler functional appliance treatment on Class III patients. $108 The effect of the Bimler functional appliance on the treatment of Class III malocclusion is unknown as no previous study has evaluated the effect of this appliance on Class III patients. Indeed, there are very few, if any, studies that have reported the effect of the functional appliances on Class III malocclusions. It was thus the goal of this study to investigate the changes that results from the treatment of Class III patients with the type C Bimler appliance. Materials and methods. Thirty patients with Class III malocclusion (12 males and 18 females) were included in this study. The mean age of the subjects was nine years and eight months at the beginning of the treatment. These patients were treated by Bimler with his type C functional appliance. The mean treatment period was two years and three months. The lateral cephalometric radiographs used in this study were analyzed at the start of treatment (T1) and at the end of the treatment (T2). Eight linear and six angular measurements were made to evaluate the changes achieved by the Bimler type C functional appliance. The Student's and paired t-test were used to analyze the data collected in this study. Results. For no measurement was there a statistically significant difference (p=0.05) between the males and the females. As a result, the separating by gender was abandoned, and the male and female treatment groups were combined to provide 30 subjects. The most significant changes observed were three angular measurements (ANB, Upper incisor to SN, IMPA) and seven linear measurements (Co-A, Co-Gn, Pg-Na perpendicular, ANS-Me, Wits, Overjet, Lower incisor to APo) (p<0.0001). No significant change was observed in the mean value of one of the linear measurement (A-Na perpendicular). Favorable skeletal and dentoalveolar effects were observed. These included: (a) a backward rotation of the mandible combined with an increase in the lower facial height, (b) favorable changes in incisor overjet resulted mainly from |
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Effect of tip clearance on the thermal and hydrodynamic performance of shrouded pin fin arrays. $49.99 The use of shrouded pin-fin arrays to enhance heat transfer is a common occurrence in many engineering disciplines, from compact heat exchangers in the process industry, to turbine blade cooling in the aerospace industry, to system thermal management in the electronics industry. In this study, experimental methods are employed to study the effect of introducing a small clearance gap between the tips of a pin-fin array and its shroud. Three arrays consisting of tapered cylindrical pin-fins were employed for this purpose. They exhibited pin height-to-diameter ratios (H/D) of 0.5, 0.8 and 1.1, and pin pitch ratios (SL/D and ST/D) of 1.15 and 1.3 respectively. The arrays were heated uniformly and cooled with distilled water in a closed-loop test facility. Heat transfer visualization studies were conducted using thermochromic liquid crystals to estimate convection coefficients as a function of Reynolds number (102 < Re < 2x104), through a range of clearances (0 to 25 percent of pin height). Adiabatic pressure drop across the pin-fin array was also measured.;In terms of pressure drop performance, the impact of tip clearance was found to be greatest at low Re, (< 5x103), with the effect being significantly diminished by Re = 1.5x104. While the dimensionless pressure drop (f) eventually decreases with the addition of clearance, there appears to be an initial increase in f relative to the non-clearance case for clearances on the order of 5-10 percent of pin height. This increase was seen to be as much as 50 percent at Re on the order of 102.;Observed heat transfer trends were somewhat mixed. In some cases, a modest increase in overall heat transfer was experienced, apparently due to the exposure of the pin tips and their associated area to the cooling fluid. Highest rates of overall heat transfer tended to occur within a clearance range of 10 to 18 percent of pin height. Local heat transfer however was generally seen to decrease. On a constant pumping power basis, |
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Effect of tip clearance on the thermal and hydrodynamic performance of shrouded pin fin arrays. $49.99 The use of shrouded pin-fin arrays to enhance heat transfer is a common occurrence in many engineering disciplines, from compact heat exchangers in the process industry, to turbine blade cooling in the aerospace industry, to system thermal management in the electronics industry. In this study, experimental methods are employed to study the effect of introducing a small clearance gap between the tips of a pin-fin array and its shroud. Three arrays consisting of tapered cylindrical pin-fins were employed for this purpose. They exhibited pin height-to-diameter ratios (H/D) of 0.5, 0.8 and 1.1, and pin pitch ratios (SL/D and ST/D) of 1.15 and 1.3 respectively. The arrays were heated uniformly and cooled with distilled water in a closed-loop test facility. Heat transfer visualization studies were conducted using thermochromic liquid crystals to estimate convection coefficients as a function of Reynolds number (102 < Re < 2x104), through a range of clearances (0 to 25 percent of pin height). Adiabatic pressure drop across the pin-fin array was also measured.;In terms of pressure drop performance, the impact of tip clearance was found to be greatest at low Re, (< 5x103), with the effect being significantly diminished by Re = 1.5x104. While the dimensionless pressure drop (f) eventually decreases with the addition of clearance, there appears to be an initial increase in f relative to the non-clearance case for clearances on the order of 5-10 percent of pin height. This increase was seen to be as much as 50 percent at Re on the order of 102.;Observed heat transfer trends were somewhat mixed. In some cases, a modest increase in overall heat transfer was experienced, apparently due to the exposure of the pin tips and their associated area to the cooling fluid. Highest rates of overall heat transfer tended to occur within a clearance range of 10 to 18 percent of pin height. Local heat transfer however was generally seen to decrease. On a constant pumping power basis, |
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Increase Your Height $19.99 Increase Your Heightby Krishna Gopal VikalIf you are not content with your height,do not lose hope!Yes! now it is possible to increase your height!Increase your height in a natural way!This unique and easy-to-understand book explains tried-and-tested devices and revolutionary principles involved in increasing height in an absolutely safe and natural way. Practice the methods and regime given in the book for 15 minutes every day, and increase your height by 4 to 10 cm. This scientific course has been successfully adopted by many people in the USA & UKFor an author bio and photo, reviews and a reading sample, visit www.pustakmahal.comFor addition information on publishing your books on iBook,iPhone And iPad please visit www.AppsPublisher.com |
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Increase Your Height $3.99 Increase Your Heightby Krishna Gopal VikalIf you are not content with your height,do not lose hope!Yes! now it is possible to increase your height!Increase your height in a natural way!This unique and easy-to-understand book explains tried-and-tested devices and revolutionary principles involved in increasing height in an absolutely safe and natural way. Practice the methods and regime given in the book for 15 minutes every day, and increase your height by 4 to 10 cm. This scientific course has been successfully adopted by many people in the USA & UKFor an author bio and photo, reviews and a reading sample, visit www.pustakmahal.comFor addition information on publishing your books on iBook,iPhone And iPad please visit www.AppsPublisher.com |
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Numerical investigation of roughness effects in aircraft icing calculations. $108 Icing codes are playing a role of increasing significance in the design and certification of ice protected aircraft surfaces. However, in the interest of computational efficiency certain small scale physics of the icing problem are grossly approximated by the codes. One such small scale phenomena is the effect of ice roughness on the development of the surface water film and on the convective heat transfer. This study uses computational methods to study the potential effect of ice roughness on both of these small scale phenomena.;First, a two-dimensional condensed layer code is used to examine the effect of roughness on surface water development. It is found that the Couette approximation within the film breaks down as the wall shear goes to zero, depending on the film thickness. Roughness elements with initial flow separation in the air induce flow separation in the water layer at steady state, causing a trapping of the film. The amount of trapping for different roughness configurations is examined.;Second, a three-dimensional incompressible Navier-Stokes code is developed to examine large scale ice roughness on the leading edge. The effect on the convective heat transfer and potential effect on the surface water dynamics is examined for a number of distributed roughness parameters including Reynolds number, roughness height, streamwise extent, roughness spacing and roughness shape. In most cases the roughness field increases the net average convective heat transfer on the leading edge while narrowing surface shear lines, indicating a choking of the surface water flow. Both effects show significant variation on the scale of the ice roughness. Both the change in heat transfer as well as the potential change in surface water dynamics are presented in terms of the development of singularities in the surface shear pattern. Of particular interest is the effect of the smooth zone upstream of the roughness which shows both a relatively large increase in convective heat |
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Numerical investigation of roughness effects in aircraft icing calculations. $49.99 Icing codes are playing a role of increasing significance in the design and certification of ice protected aircraft surfaces. However, in the interest of computational efficiency certain small scale physics of the icing problem are grossly approximated by the codes. One such small scale phenomena is the effect of ice roughness on the development of the surface water film and on the convective heat transfer. This study uses computational methods to study the potential effect of ice roughness on both of these small scale phenomena.;First, a two-dimensional condensed layer code is used to examine the effect of roughness on surface water development. It is found that the Couette approximation within the film breaks down as the wall shear goes to zero, depending on the film thickness. Roughness elements with initial flow separation in the air induce flow separation in the water layer at steady state, causing a trapping of the film. The amount of trapping for different roughness configurations is examined.;Second, a three-dimensional incompressible Navier-Stokes code is developed to examine large scale ice roughness on the leading edge. The effect on the convective heat transfer and potential effect on the surface water dynamics is examined for a number of distributed roughness parameters including Reynolds number, roughness height, streamwise extent, roughness spacing and roughness shape. In most cases the roughness field increases the net average convective heat transfer on the leading edge while narrowing surface shear lines, indicating a choking of the surface water flow. Both effects show significant variation on the scale of the ice roughness. Both the change in heat transfer as well as the potential change in surface water dynamics are presented in terms of the development of singularities in the surface shear pattern. Of particular interest is the effect of the smooth zone upstream of the roughness which shows both a relatively large increase in convective heat |
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Numerical investigation of roughness effects in aircraft icing calculations. $49.99 Icing codes are playing a role of increasing significance in the design and certification of ice protected aircraft surfaces. However, in the interest of computational efficiency certain small scale physics of the icing problem are grossly approximated by the codes. One such small scale phenomena is the effect of ice roughness on the development of the surface water film and on the convective heat transfer. This study uses computational methods to study the potential effect of ice roughness on both of these small scale phenomena.;First, a two-dimensional condensed layer code is used to examine the effect of roughness on surface water development. It is found that the Couette approximation within the film breaks down as the wall shear goes to zero, depending on the film thickness. Roughness elements with initial flow separation in the air induce flow separation in the water layer at steady state, causing a trapping of the film. The amount of trapping for different roughness configurations is examined.;Second, a three-dimensional incompressible Navier-Stokes code is developed to examine large scale ice roughness on the leading edge. The effect on the convective heat transfer and potential effect on the surface water dynamics is examined for a number of distributed roughness parameters including Reynolds number, roughness height, streamwise extent, roughness spacing and roughness shape. In most cases the roughness field increases the net average convective heat transfer on the leading edge while narrowing surface shear lines, indicating a choking of the surface water flow. Both effects show significant variation on the scale of the ice roughness. Both the change in heat transfer as well as the potential change in surface water dynamics are presented in terms of the development of singularities in the surface shear pattern. Of particular interest is the effect of the smooth zone upstream of the roughness which shows both a relatively large increase in convective heat |
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Synthesis, characterization and application of zinc oxide nanomaterials. $49.99 In this thesis, high temperature vapor deposition method has been extensively used to synthesize nanomaterials. One of the as-synthesized nanostructures is superlattice-structured nanohelix, which is made of two types of alternating and periodically distributed long crystal strips. The manipulation of the nanohelix showed super-elasticity and special fracture mechanism, suggesting possible applications in micro-electro-mechanical systems (MEMS) and nano-electro-mechanical systems (NEMS). The other widely studied nanomaterial is vertically aligned ZnO nanowire array, which is epitaxially grown on GaN and SiC substrates. Several manipulation methods such as e-beam lithography (EBL), dielectrophoresis, and in situ direct manipulation, have been developed, so that the mechanical and electrical properties of a single nanowire can be characterized, which provide essential references for fabricating bridged nanowire based MEMS/NEMS devices. Specifically, an improved atomic force microscope (AFM) based method has been developed to accurately measure the elastic modulus of bridged ZnO nanowires. Bridged nanostructure is an extremely important configuration in planar MEMS/NEMS devices and this new approach provides insights to the importance of boundary conditions. Novel physical and statistical models have been firstly developed to obtain better estimate of elastic modulus. For electrical properties of bridged nanowires, it is found that the direct contact of ZnO nanowire and Au electrodes displays a back-to-back Schottky behavior. Self-assembled monolayer (SAM) can improve the mechanical contact and tune the work function of metal electrode to a small extend, thus increase the contact area and lower the barrier height, in turn increase the conductance. These devices with Schottky contacts show much better UV sensing performance than the ones with Ohmic contacts. Barrier height change is believed to play an important role in a lot of sensors. A thermionic emission-diffusion |
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Synthesis, characterization and application of zinc oxide nanomaterials. $49.99 In this thesis, high temperature vapor deposition method has been extensively used to synthesize nanomaterials. One of the as-synthesized nanostructures is superlattice-structured nanohelix, which is made of two types of alternating and periodically distributed long crystal strips. The manipulation of the nanohelix showed super-elasticity and special fracture mechanism, suggesting possible applications in micro-electro-mechanical systems (MEMS) and nano-electro-mechanical systems (NEMS). The other widely studied nanomaterial is vertically aligned ZnO nanowire array, which is epitaxially grown on GaN and SiC substrates. Several manipulation methods such as e-beam lithography (EBL), dielectrophoresis, and in situ direct manipulation, have been developed, so that the mechanical and electrical properties of a single nanowire can be characterized, which provide essential references for fabricating bridged nanowire based MEMS/NEMS devices. Specifically, an improved atomic force microscope (AFM) based method has been developed to accurately measure the elastic modulus of bridged ZnO nanowires. Bridged nanostructure is an extremely important configuration in planar MEMS/NEMS devices and this new approach provides insights to the importance of boundary conditions. Novel physical and statistical models have been firstly developed to obtain better estimate of elastic modulus. For electrical properties of bridged nanowires, it is found that the direct contact of ZnO nanowire and Au electrodes displays a back-to-back Schottky behavior. Self-assembled monolayer (SAM) can improve the mechanical contact and tune the work function of metal electrode to a small extend, thus increase the contact area and lower the barrier height, in turn increase the conductance. These devices with Schottky contacts show much better UV sensing performance than the ones with Ohmic contacts. Barrier height change is believed to play an important role in a lot of sensors. A thermionic emission-diffusion |
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The Flower Gardener's Bible: Time-Tested Techniques, Creative Designs, and Perfect Plants for Colorful Gardens $6.86 Americans love flowers. We grow them with a passion and crave helpful advice on nurturing them in our gardens. A great, friendly, indispensable book, THE FLOWER GARDENER'S BIBLE is written with wit and authority by Lewis and Nancy Hill, who share both their joy in growing flowers and more than 75 years of combined experience. This new primer is both painstakingly thorough and stunningly photographed. It covers every facet of growing perennials, annuals, bulbs, wildflowers, small trees, vines, and shrubs for season-long color and beauty. It is organized in three sections, and the first focuses on the basics - choosing the right varieties for your zone and type of garden, and planning and planting for maximum impact. The second section presents plans for 25 distinctively themed gardens. And finally, a photographic encyclopedia of more than 400 species includes detailed descriptions of each plant - garden uses, susceptibility to pests and diseases, propagation methods, and more. THE FLOWER GARDENER'S BIBLE is illustrated throughout with more than 500 full-color photographs that are joyously informal, and charming in their simplicity. Dozens of charts group plants by bloom time, height, color, affinity to shade, specific soil and sun needs, appeal to birds and butterflies, and more. THE FLOWER GARDENER'S BIBLE takes every reader - at any level of interest and expertise - and offers the one thing guaranteed to increase his or her pleasure in flower gardening - knowledge. |
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The Flower Gardener's Bible: Time-Tested Techniques, Creative Designs, and Perfect Plants for Colorful Gardens $1.99 Americans love flowers. We grow them with a passion and crave helpful advice on nurturing them in our gardens. A great, friendly, indispensable book, THE FLOWER GARDENER'S BIBLE is written with wit and authority by Lewis and Nancy Hill, who share both their joy in growing flowers and more than 75 years of combined experience. This new primer is both painstakingly thorough and stunningly photographed. It covers every facet of growing perennials, annuals, bulbs, wildflowers, small trees, vines, and shrubs for season-long color and beauty. It is organized in three sections, and the first focuses on the basics - choosing the right varieties for your zone and type of garden, and planning and planting for maximum impact. The second section presents plans for 25 distinctively themed gardens. And finally, a photographic encyclopedia of more than 400 species includes detailed descriptions of each plant - garden uses, susceptibility to pests and diseases, propagation methods, and more. THE FLOWER GARDENER'S BIBLE is illustrated throughout with more than 500 full-color photographs that are joyously informal, and charming in their simplicity. Dozens of charts group plants by bloom time, height, color, affinity to shade, specific soil and sun needs, appeal to birds and butterflies, and more. THE FLOWER GARDENER'S BIBLE takes every reader - at any level of interest and expertise - and offers the one thing guaranteed to increase his or her pleasure in flower gardening - knowledge. |
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I want to increase my height an inch or two, they are natural ways to increase the height?
Age: 17 Gender: Female Parents Ethnicity: Asian Height: 5'6 .5 "I want to hear about the years that people have tried and to increase the height, or any other method which they found success. As I am still under the age of my size, which has the potential to increase, I would appreciate your comments about yoga, stretching, sports, nutrition or anything you think might help. I'm not looking for a quick fix or suggestions concerning the surgery, and I'm willing to put in the effort in exchange for the extra inches. Thank you in advance:)
Hello There are some great pathways that can help you grow faster. lo Here are some tips that are useful for me to grow up naturally: How much sleep each night's sleep day is one of the best natural ways to grow .. Make at least seven hours of sleep each night and take the necessary measures to ensure that your sleep is not interrupted as much as possible. In fact, the first two hours of sleep occur when more growth hormone is released into the system his pituitary gland. Limited sleep can reduce the amount of growth hormone your body produces, which is not a good thing. It is strongly recommended healthy diet to select foods that are rich in protein. Some examples are: milk, fish, eggs and lean meats are all forms of protein. Other recommended foods are foods that have lots of amino acids and vitamins. Note that the greatest threats to growth are caffeine, junk food and refined sugar. years of highest growth proper exercise can be useful for higher growth. Swimming, for example, can contribute greatly to its growth potential. sense less severe in more open water areas of the body of the bone fill of new bone tissue. The free movement of swimming is very light in body and releases a lot of stress, which can be very bad for their growth potential. Try swimming around 3-4 times a week if possible. Anyway, not going to buy magic shells "that are offered in all directions, and you do not work waste hundreds dollars for nothing. Why not? Because the only scientific way the body grows through the release of our natural hormone increase height human growth. There are few programs that really work great and can help you grow, naturally, by 2-4 inches in just a few weeks. Check this article For information on the most popular program for those who can help you add 2-3 inches so natural in a short period of time: http://www.squidoo.com/grow-taller-4-idiots-review One of the easiest ways is to buy more shoes to increase height that will make you invisible higher. This type of shoes you will not grow, but easily increase your waist immediately. For more useful information on elevator shoes and how to choose the right shoes for you check this article: http://www.growtallersolutions.com/blog/height-increasing-shoes All the best.
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increase height methods
