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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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Liquid $15.12 Liquid |
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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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Increase The Sweetness $17.61 Increase The Sweetness |
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A study of aerosol indirect effect for cumulus clouds on a global scale. $69 Using case study approach my investigation on aerosol's effects on fair weather cumulus clouds shows that not only can aerosol reduce cloud droplet sizes like in the case of stratiform clouds, but also they can increase droplet sizes. Atmospheric water vapor loading explains nearly 70% of variations in the dependence of droplet size on aerosol loading for cases over Eastern United States. This finding withstands serious scrutinizing under different scenarios of artificial correlations. A further study on a global scale indicates that only two areas, Eastern US and coastal region of Southeast China, show increasing trend of droplet size with aerosol loading. Results from other regions agree well with findings from past studies further ruling out artificial correlation. Relationship between aerosol loading and cloud liquid water path differs significantly for marine stratocumulus clouds and continental cumuli. Two possible explanations for our findings are confirmed by state-of-the-art cloud resolving model simulations.;Deep convective clouds properties are shown to obey a few universally observable relationships. Their cloud top ice particle sizes are positively correlated with their vertical height and they are significantly affected by topography; their optical depth distributions have signature shapes associated with individual regions; their brightness temperature distributions show agreement with the fixed anvil temperature hypothesis. A conceptual model is proposed to understand cloud hydrometeor evolution and is used to study aerosol's influence. Anthropogenic pollution and smoke are shown to decrease ice particle sizes by delaying coalescence process and prolonging condensational growth. As a result cloud glaciation height is increased that possibly leads to invigoration of cloud development. Dust particles are demonstrated to increase ice particle sizes probably by acting as giant condensation nuclei or ice nuclei. Ice particle size vertical structure is |
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A study of aerosol indirect effect for cumulus clouds on a global scale. $49.99 Using case study approach my investigation on aerosol's effects on fair weather cumulus clouds shows that not only can aerosol reduce cloud droplet sizes like in the case of stratiform clouds, but also they can increase droplet sizes. Atmospheric water vapor loading explains nearly 70% of variations in the dependence of droplet size on aerosol loading for cases over Eastern United States. This finding withstands serious scrutinizing under different scenarios of artificial correlations. A further study on a global scale indicates that only two areas, Eastern US and coastal region of Southeast China, show increasing trend of droplet size with aerosol loading. Results from other regions agree well with findings from past studies further ruling out artificial correlation. Relationship between aerosol loading and cloud liquid water path differs significantly for marine stratocumulus clouds and continental cumuli. Two possible explanations for our findings are confirmed by state-of-the-art cloud resolving model simulations.;Deep convective clouds properties are shown to obey a few universally observable relationships. Their cloud top ice particle sizes are positively correlated with their vertical height and they are significantly affected by topography; their optical depth distributions have signature shapes associated with individual regions; their brightness temperature distributions show agreement with the fixed anvil temperature hypothesis. A conceptual model is proposed to understand cloud hydrometeor evolution and is used to study aerosol's influence. Anthropogenic pollution and smoke are shown to decrease ice particle sizes by delaying coalescence process and prolonging condensational growth. As a result cloud glaciation height is increased that possibly leads to invigoration of cloud development. Dust particles are demonstrated to increase ice particle sizes probably by acting as giant condensation nuclei or ice nuclei. Ice particle size vertical structure is |
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A study of aerosol indirect effect for cumulus clouds on a global scale. $49.99 Using case study approach my investigation on aerosol's effects on fair weather cumulus clouds shows that not only can aerosol reduce cloud droplet sizes like in the case of stratiform clouds, but also they can increase droplet sizes. Atmospheric water vapor loading explains nearly 70% of variations in the dependence of droplet size on aerosol loading for cases over Eastern United States. This finding withstands serious scrutinizing under different scenarios of artificial correlations. A further study on a global scale indicates that only two areas, Eastern US and coastal region of Southeast China, show increasing trend of droplet size with aerosol loading. Results from other regions agree well with findings from past studies further ruling out artificial correlation. Relationship between aerosol loading and cloud liquid water path differs significantly for marine stratocumulus clouds and continental cumuli. Two possible explanations for our findings are confirmed by state-of-the-art cloud resolving model simulations.;Deep convective clouds properties are shown to obey a few universally observable relationships. Their cloud top ice particle sizes are positively correlated with their vertical height and they are significantly affected by topography; their optical depth distributions have signature shapes associated with individual regions; their brightness temperature distributions show agreement with the fixed anvil temperature hypothesis. A conceptual model is proposed to understand cloud hydrometeor evolution and is used to study aerosol's influence. Anthropogenic pollution and smoke are shown to decrease ice particle sizes by delaying coalescence process and prolonging condensational growth. As a result cloud glaciation height is increased that possibly leads to invigoration of cloud development. Dust particles are demonstrated to increase ice particle sizes probably by acting as giant condensation nuclei or ice nuclei. Ice particle size vertical structure is |
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BLACK GOLD16 Quart Earthworm Castings, 4 pack $54.95 Listed by the organic materials review institute for the production of organic food and fiber. All organic soil amendment that s excellent for use as a top dressing diluted to make a rich liquid tea or mixed with any soil to stimulate plant growth. Earthworm castings improve soil structure and increase microbial activity in a way that out performs most commercial fertilizers. Minerals and nutrients from earthworm castings are in a water soluble form readily available to plants. Regionally formulated. Contains earthworm castings and Canadian sphagnum peat moss. Western region only. 16 quart. Length: 14. Width: 6. Height: 27 |
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Cloud structure, microphysics, and precipitation in tropical clouds inferred from satellite data. $49.99 Satellite cloud and precipitation data are used to show that optically thick high cloud fraction is a good proxy for rain rate. In the ITCZ, the ensemble of high clouds in the East Pacific (EP) induces considerably more net TOA radiative cooling compared to the West Pacific (WP), primarily because of more high, thin cloud in the WP. We investigate whether anvil cloud temperature is more convectively or radiatively driven. The level of neutral buoyancy seems to influence the temperatures of the coldest, thickest clouds, but has no simple relation to anvil cloud. Instead, median anvil cloud temperature closely follows the temperature of the clear-sky convergence peak. The radiatively-driven clear-sky convergence profiles are consistent with warmer anvil clouds in the EP than the WP. Cloud radar data are used to investigate the relation of cloud structure and precipitation. Heavily precipitating clouds have high tops that are nearly two km deeper than moderately or non-raining high clouds. As cloud tops rise from 12 km to the tropical tropopause, a nearly tenfold rain rate increase is observed. Clouds with tops below 9.5 km contribute 38% to total rainfall in the WP and 47% in the EP. The importance of macrophysical variables (cloud thickness, liquid water path LWP) and microphysical variables (effective radius re , effective droplet concentration Neff) on warm drizzle intensity and frequency is studied using satellite optical and cloud radar data. Cloud top height and LWP substantially increase as drizzle increases. Droplet radius estimated from MODIS also increases with cloud radar reflectivity (dBZ), but levels off as dBZ>0, except where the influence of continental pollution is present, in which case a monotonic increase of re with drizzle intensity occurs. Drizzle frequency increases nearly uniformly when cloud tops grow from one to two km. Drizzle frequencies exceed 90% in all regions when LWPs exceed 250 g m-2 and Neff values are below 50 cm -3, even in |
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Cloud structure, microphysics, and precipitation in tropical clouds inferred from satellite data. $49.99 Satellite cloud and precipitation data are used to show that optically thick high cloud fraction is a good proxy for rain rate. In the ITCZ, the ensemble of high clouds in the East Pacific (EP) induces considerably more net TOA radiative cooling compared to the West Pacific (WP), primarily because of more high, thin cloud in the WP. We investigate whether anvil cloud temperature is more convectively or radiatively driven. The level of neutral buoyancy seems to influence the temperatures of the coldest, thickest clouds, but has no simple relation to anvil cloud. Instead, median anvil cloud temperature closely follows the temperature of the clear-sky convergence peak. The radiatively-driven clear-sky convergence profiles are consistent with warmer anvil clouds in the EP than the WP. Cloud radar data are used to investigate the relation of cloud structure and precipitation. Heavily precipitating clouds have high tops that are nearly two km deeper than moderately or non-raining high clouds. As cloud tops rise from 12 km to the tropical tropopause, a nearly tenfold rain rate increase is observed. Clouds with tops below 9.5 km contribute 38% to total rainfall in the WP and 47% in the EP. The importance of macrophysical variables (cloud thickness, liquid water path LWP) and microphysical variables (effective radius re , effective droplet concentration Neff) on warm drizzle intensity and frequency is studied using satellite optical and cloud radar data. Cloud top height and LWP substantially increase as drizzle increases. Droplet radius estimated from MODIS also increases with cloud radar reflectivity (dBZ), but levels off as dBZ>0, except where the influence of continental pollution is present, in which case a monotonic increase of re with drizzle intensity occurs. Drizzle frequency increases nearly uniformly when cloud tops grow from one to two km. Drizzle frequencies exceed 90% in all regions when LWPs exceed 250 g m-2 and Neff values are below 50 cm -3, even in |
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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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Hydraulic Jump $41.77 High Quality Content by WIKIPEDIA articles! A hydraulic jump is a phenomenon in the science of hydraulics which is frequently observed in open channel flow such as rivers and spillways. When liquid at high velocity discharges into a zone of lower velocity, a rather abrupt rise occurs in the liquid surface. The rapidly flowing liquid is abruptly slowed and increases in height, converting some of the flow's initial kinetic energy into an increase in potential energy, with some energy irreversibly lost through turbulence to heat. In an open channel flow, this manifests as the fast flow rapidly slowing and piling up on top of itself similar to how a shockwave forms. |
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IsoNode Pro Anti-Vibration Feet - Small (Set of Eight) $19.99 The IsoNode Pro isolation feet provide a cost-effective upgrade for your studio and live sound gear. The unique IsoNode polymer rejects a wide range of vibration that would enter from underneath the component. The highly compliant IsoNode simultaneously acts as both a liquid and a solid for superior vibration control. Adhesive backing included. The small size are each 3/4 x 3/8 tall each and hold 20 lbs. per set of four.When you add the IsoNode Pro feet to your studio equipment and stage gear, the first thing you will notice is superior resolution, increased clarity, dynamics and more extended bass response. As you listen, more subtle improvements can be perceived: greater dimension, depth, enhanced soundstage, smoothness and detail emerge from your equipment. In fact, every aspect of your recordings, playback, and live performance is significantly improved. Eliminating vibration and resonance has a profound effect.Which component benefits the most from IsoNode feet? In the studio the source (recorder, digital player, laptop, etc.) typically exhibits the greatest benefit, but all of the components in your system will improve by adding the IsoNode Pro feet. Your monitors, especially, are in critical need of IsoNode feet as they are the main source of harmful vibration. On stage, guitar and bass amps, mixers, processors, amplifiers, speakers, and DJ equipment all benefit from IsoNode Pro feet.If your component exceeds the weight limit of a set of IsoNode feet, you can easily add additional IsoNode Pro feet under a component to increase the weight capacity. Each large IsoNode foot holds 10 lbs. maximum and each small IsoNode foot holds 5 lbs. maximum.Even if your component weighs less than 30 lbs., the large IsoNode feet do have a greater ability to absorb harmful vibration than do the small IsoNode feet. The small IsoNode feet are best if you have height restrictions in your cabinet or want to maintain a lower budget.Isolation TheorySay something. Now cover your ear |
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Mv Agusta Motorcycles: Mv Agusta F4 Series, Mv Agusta 500 Three, Mv Agusta Brutale Series, Mv Agusta 125 Sohc, Mv Agusta 350b Sport $8.31 Purchase includes free access to book updates online and a free trial membership in the publisher's book club where you can select from more than a million books without charge. Not illustrated. Excerpt: The MV Agusta F4 was the motorcycle that launched the resurrection of MV Agusta in 1998. The F4 was created by famous motorcycle designer Massimo Tamburini at CRC (Cagiva Research Center), following his work on the Ducati 916. The F4 is unique with its four pipe undertail exhaust, single-sided swingarm, large front forks (49 or 50 mm diameter) and traditional MV Agusta red and silver livery. The F4 is also one of the few production superbikes to have a radial valved engine. The F4 engine is a liquid cooled inline four cylinder (4-stroke) with two overhead camshafts (DOHC), 16 radial valves, electronic multipoint injection, induction discharge electronic ignition and following capacity variants: 749.5 cc, 998 cc and 1078 cc. The engine was derived from the 19901992 Ferrari Formula One engine. Early in the design process Ferrari engineers assisted in the development of the engine. MV (Cagiva at the time) quickly deviated from the Ferrari design, but they kept one important feature, the radial valves. The F4 engine is unique in the sense that it is the only radial valved motorcycle engine currently in production. The F4 Tamburini, F4 Veltro, and F4 CC models are equipped with variable length intake ducts known as the "TSS" system. The "TSS" system is designed to increase torque in the low to midrange, while still allowing for max. horsepower at the top of the rev range (usually two mutually exclusive properties of an engine). The "TSS" system has two positions, it is not able to vary the height of the intake ducts continuously. "TSS" is able to lower peak torque from the 10000 rpm to 9000 rpm while maintaining maximum power. This system debuted on the F4 Tamburini and was lauded by independent motorcycling publications such as ... More: |
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Project Luna Succendo: The Lunar Evolutionary Growth-Optimized (LEGO) Reactor. $49.99 A final design has been established for a basic Lunar Evolutionary Growth-Optimized (LEGO) Reactor using current and near-term technologies. The LEGO Reactor is a modular, fast-fission, heatpipe-cooled, clustered-reactor system for lunar-surface power generation. The reactor is divided into subcritical units that can be safely launched within lunar shipments from the Earth, and then emplaced directly into holes drilled into the lunar regolith to form a critical reactor assembly. The regolith would not just provide radiation shielding, but serve as neutron-reflector material as well. The reactor subunits are to be manufactured using proven and tested materials for use in radiation environments, such as uranium-dioxide fuel, stainless-steel cladding and structural support, and liquid-sodium heatpipes. The LEGO Reactor system promotes reliability, safety, and ease of manufacture and testing at the cost of an increase in launch mass per overall rated power level and a reduction in neutron economy when compared to a single-reactor system. A single unshielded LEGO Reactor subunit has an estimated mass of approximately 448 kg and provides 5 kWe using a free-piston Stirling space converter. The overall envelope for a single unit with fully extended radiator panels has a height of 8.77 m and a diameter of 0.50 m. The subunits can be placed with centerline distances of approximately 0.6 m in a hexagonal-lattice pattern to provide sufficient neutronic coupling while allowing room for heat rejection and interstitial control. A lattice of six subunits could provide sufficient power generation throughout the initial stages of establishing a lunar outpost. Portions of the reactor may be neutronically decoupled to allow for reduced power production during unmanned periods of base operations. During later stages of lunar-base development, additional subunits may be emplaced and coupled into the existing LEGO Reactor network Future improvements include advances in reactor control |
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Project Luna Succendo: The Lunar Evolutionary Growth-Optimized (LEGO) Reactor. $69 A final design has been established for a basic Lunar Evolutionary Growth-Optimized (LEGO) Reactor using current and near-term technologies. The LEGO Reactor is a modular, fast-fission, heatpipe-cooled, clustered-reactor system for lunar-surface power generation. The reactor is divided into subcritical units that can be safely launched within lunar shipments from the Earth, and then emplaced directly into holes drilled into the lunar regolith to form a critical reactor assembly. The regolith would not just provide radiation shielding, but serve as neutron-reflector material as well. The reactor subunits are to be manufactured using proven and tested materials for use in radiation environments, such as uranium-dioxide fuel, stainless-steel cladding and structural support, and liquid-sodium heatpipes. The LEGO Reactor system promotes reliability, safety, and ease of manufacture and testing at the cost of an increase in launch mass per overall rated power level and a reduction in neutron economy when compared to a single-reactor system. A single unshielded LEGO Reactor subunit has an estimated mass of approximately 448 kg and provides 5 kWe using a free-piston Stirling space converter. The overall envelope for a single unit with fully extended radiator panels has a height of 8.77 m and a diameter of 0.50 m. The subunits can be placed with centerline distances of approximately 0.6 m in a hexagonal-lattice pattern to provide sufficient neutronic coupling while allowing room for heat rejection and interstitial control. A lattice of six subunits could provide sufficient power generation throughout the initial stages of establishing a lunar outpost. Portions of the reactor may be neutronically decoupled to allow for reduced power production during unmanned periods of base operations. During later stages of lunar-base development, additional subunits may be emplaced and coupled into the existing LEGO Reactor network Future improvements include advances in reactor control |
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Project Luna Succendo: The Lunar Evolutionary Growth-Optimized (LEGO) Reactor. $49.99 A final design has been established for a basic Lunar Evolutionary Growth-Optimized (LEGO) Reactor using current and near-term technologies. The LEGO Reactor is a modular, fast-fission, heatpipe-cooled, clustered-reactor system for lunar-surface power generation. The reactor is divided into subcritical units that can be safely launched within lunar shipments from the Earth, and then emplaced directly into holes drilled into the lunar regolith to form a critical reactor assembly. The regolith would not just provide radiation shielding, but serve as neutron-reflector material as well. The reactor subunits are to be manufactured using proven and tested materials for use in radiation environments, such as uranium-dioxide fuel, stainless-steel cladding and structural support, and liquid-sodium heatpipes. The LEGO Reactor system promotes reliability, safety, and ease of manufacture and testing at the cost of an increase in launch mass per overall rated power level and a reduction in neutron economy when compared to a single-reactor system. A single unshielded LEGO Reactor subunit has an estimated mass of approximately 448 kg and provides 5 kWe using a free-piston Stirling space converter. The overall envelope for a single unit with fully extended radiator panels has a height of 8.77 m and a diameter of 0.50 m. The subunits can be placed with centerline distances of approximately 0.6 m in a hexagonal-lattice pattern to provide sufficient neutronic coupling while allowing room for heat rejection and interstitial control. A lattice of six subunits could provide sufficient power generation throughout the initial stages of establishing a lunar outpost. Portions of the reactor may be neutronically decoupled to allow for reduced power production during unmanned periods of base operations. During later stages of lunar-base development, additional subunits may be emplaced and coupled into the existing LEGO Reactor network Future improvements include advances in reactor control |
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Resting metabolism and metabolic responses to solid and liquid meals in sedentary and exercising college-age males. $49.99 Differences in resting metabolic rate (RMR) were measured in a total of 29 sedentary and exercising college-age males, as were their metabolic responses (diet-induced thermogenesis, DIT) to solid and liquid meals. Subject classification was based on habitual exercise. A group of 9 males was classified as sedentary, 11 males were classified as endurance (aerobic) exercisers, and 9 males were classified as weight lifters (resistance exercise). Resting metabolism was measured soon after waking; DIT for each meal was measured immediately following meal consumption, and then every 30 minutes for 3 hours. RMR and DIT were measured via indirect calorimetry, height was determined via stadiometer, and all body composition measurements were done with bioelectrical impedance. No significant differences existed between groups for age, body mass index (BMI), percent body fat, fat-free mass (ffm), percent ffm, and hydration. Moreover, no significant differences existed in DIT based on meal form (Eta2 = 0.049, F = 1.336, p = 0.258). However, there was a significant overall metabolic increase based on group (Eta 2 = 0.271, F = 4.844, p = 0.016). Specifically, both exercise groups had a significantly (p < 0.05) greater RMR when compared to the sedentary group; this increased RMR indicated that the exercise groups expended more energy expended more energy at rest than did the sedentary group. There were no significant RMR differences between the exercising groups (p = 0.843). RMR and DIT were negatively correlated (r = -0.38; p = 0.023). The variables positively correlated with RMR include ffm (r = 0.59; p < 0.001), and BMI (r = 0.39; p = 0.020). In conclusion, these findings give further support to the importance of exercise, specifically frequent and intense exercise, in amplifying resting metabolic rate and increasing total energy expenditure. |
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Resting metabolism and metabolic responses to solid and liquid meals in sedentary and exercising college-age males. $49.99 Differences in resting metabolic rate (RMR) were measured in a total of 29 sedentary and exercising college-age males, as were their metabolic responses (diet-induced thermogenesis, DIT) to solid and liquid meals. Subject classification was based on habitual exercise. A group of 9 males was classified as sedentary, 11 males were classified as endurance (aerobic) exercisers, and 9 males were classified as weight lifters (resistance exercise). Resting metabolism was measured soon after waking; DIT for each meal was measured immediately following meal consumption, and then every 30 minutes for 3 hours. RMR and DIT were measured via indirect calorimetry, height was determined via stadiometer, and all body composition measurements were done with bioelectrical impedance. No significant differences existed between groups for age, body mass index (BMI), percent body fat, fat-free mass (ffm), percent ffm, and hydration. Moreover, no significant differences existed in DIT based on meal form (Eta2 = 0.049, F = 1.336, p = 0.258). However, there was a significant overall metabolic increase based on group (Eta 2 = 0.271, F = 4.844, p = 0.016). Specifically, both exercise groups had a significantly (p < 0.05) greater RMR when compared to the sedentary group; this increased RMR indicated that the exercise groups expended more energy expended more energy at rest than did the sedentary group. There were no significant RMR differences between the exercising groups (p = 0.843). RMR and DIT were negatively correlated (r = -0.38; p = 0.023). The variables positively correlated with RMR include ffm (r = 0.59; p < 0.001), and BMI (r = 0.39; p = 0.020). In conclusion, these findings give further support to the importance of exercise, specifically frequent and intense exercise, in amplifying resting metabolic rate and increasing total energy expenditure. |
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Sigma Beauty 4Pcs Face Brush Synthetic Kabuki Kit $66.99 The Synthetic Kabuki Kit contains four face brushes for high definition, flawless makeup application. The brushes in this collection feature exclusive Synthetic filament, specially designed to apply powder and liquid products without absorption into the fibers. The shape, density and height of the filaments were carefully engineered to perfectly buff products onto the skin, resulting in a high definition effect.Brushes in this kit:F80 - Flat Kabuki Ideal for all over application of liquid and cream formulas in large and mostly flat areas of the face, such as the forehead, temples and cheeks. This brush is perfect to seamlessly buff foundation onto the skin.F82 - Round Kabuki Perfect to comfortably apply liquid and cream foundation on curved areas of the face, specifically around the eyes and nose, on the chin and the jaw line. This brush can also be used for all over application of mineral foundation.F84 - Angled Kabuki The angled shape of this brush eases the application and blending of cream blushes onto the cheeks. It can also be used to apply and blend contour shades on the hair line, cheek bones and jaw line.F86 - Tapered Kabuki The tapered shape effortlessly applies products on defined and hard to reach areas of the face. This brush is perfect for all over application of powder, cream and liquid formulas. It is also ideal for all over primer application, contouring and highlighting.How do I clean and maintain my Sigma Beauty brushes?Regular brush care will increase the longevity of your brushes.THE FIRST CLEAN: We recommend cleaning your new Sigma brushes by using a brush cleanser or mild shampoo, prior to your first use. When cleaning your brushes be careful not to fully submerge or wet the brush beyond the metal ferrule, as this may cause damage to the wooden handle.THE SPOT CLEAN: Daily spot cleaning can be done by using a brush cleanser solution and a soft tissue. Add a small amount of brush cleanser to the tissue and gently wipe the bristles back and fort |
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The Rudiments Of Hydraulic Engineering $24.86 Purchase of this book includes free trial access to www.million-books.com where you can read more than a million books for free.This is an OCR edition with typos.Excerpt from book:surface of the escaping fluid would be developed at an earlier period than if the sides were vertical, and no extraneous motion had been given. If, moreover, the orifice were lateral, the complete funnel-shaped depression would not be formed, but the surface of the liquid would be depressed; as in the accompanying figures, 1, 2, 3, and 4. These movements depend upon the form of the vases, the height of the fluid in them, and the position and dimension of the orifices. Hitherto mathematicians have not succeeded in explaining satisfactorily the general laws under which they take place. 23. In escaping from an opening in a vase, the fluid- vein assumes the form of a prism, whose base would be the orifice itself, but whose sides recede gradually until they attain a distance from the orifice equal to about half its diameter; at this point, the diameter of the fluid-vein would only be 0-6 or 0-7 of that of the orifice. This diminution in the sectional area of the fluid-vein is known by the name of its contraction; and it takes place in whatever direction the fluid may escape, but under slightly different conditions, dependant upon the action of terrestrial gravitation. Thus, when the fluid-vein escapes vertically downwards, the prism contracts to a greater distance than usual, because the velocity of the fall of each horizontal layer increases in proportion to the space fallen through, and therefore the distance between any two such layersmust also increase. Again, when the jet escapes upwards, the prism enlarges immediately after the extreme point of contraction has been passed, because the velocity diminishes. In all cases, however, the resistance of the air divides the jet into drops of greater or less volume, when it has reached a certain distance from the orifice. In vacuo, |
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The Rudiments Of Hydraulic Engineering $18.76 Purchase of this book includes free trial access to www.million-books.com where you can read more than a million books for free.This is an OCR edition with typos.Excerpt from book:surface of the escaping fluid would be developed at an earlier period than if the sides were vertical, and no extraneous motion had been given. If, moreover, the orifice were lateral, the complete funnel-shaped depression would not be formed, but the surface of the liquid would be depressed; as in the accompanying figures, 1, 2, 3, and 4. These movements depend upon the form of the vases, the height of the fluid in them, and the position and dimension of the orifices. Hitherto mathematicians have not succeeded in explaining satisfactorily the general laws under which they take place. 23. In escaping from an opening in a vase, the fluid- vein assumes the form of a prism, whose base would be the orifice itself, but whose sides recede gradually until they attain a distance from the orifice equal to about half its diameter; at this point, the diameter of the fluid-vein would only be 0-6 or 0-7 of that of the orifice. This diminution in the sectional area of the fluid-vein is known by the name of its contraction; and it takes place in whatever direction the fluid may escape, but under slightly different conditions, dependant upon the action of terrestrial gravitation. Thus, when the fluid-vein escapes vertically downwards, the prism contracts to a greater distance than usual, because the velocity of the fall of each horizontal layer increases in proportion to the space fallen through, and therefore the distance between any two such layersmust also increase. Again, when the jet escapes upwards, the prism enlarges immediately after the extreme point of contraction has been passed, because the velocity diminishes. In all cases, however, the resistance of the air divides the jet into drops of greater or less volume, when it has reached a certain distance from the orifice. In vacuo, |
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The Rudiments Of Hydraulic Engineering (1-2) $14.3 Purchase of this book includes free trial access to www.million-books.com where you can read more than a million books for free.This is an OCR edition with typos.Excerpt from book:surface of the escaping fluid would be developed at an earlier period than if the sides were vertical, and no extraneous motion had been given. If, moreover, the orifice were lateral, the complete funnel-shaped depression would not be formed, but the surface of the liquid would be depressed; as in the accompanying figures, 1, 2, 3, and 4. These movements depend upon the form of the vases, the height of the fluid in them, and the position and dimension of the orifices. Hitherto mathematicians have not succeeded in explaining satisfactorily the general laws under which they take place. 23. In escaping from an opening in a vase, the fluid- vein assumes the form of a prism, whose base would be the orifice itself, but whose sides recede gradually until they attain a distance from the orifice equal to about half its diameter; at this point, the diameter of the fluid-vein would only be 0-6 or 0-7 of that of the orifice. This diminution in the sectional area of the fluid-vein is known by the name of its contraction; and it takes place in whatever direction the fluid may escape, but under slightly different conditions, dependant upon the action of terrestrial gravitation. Thus, when the fluid-vein escapes vertically downwards, the prism contracts to a greater distance than usual, because the velocity of the fall of each horizontal layer increases in proportion to the space fallen through, and therefore the distance between any two such layersmust also increase. Again, when the jet escapes upwards, the prism enlarges immediately after the extreme point of contraction has been passed, because the velocity diminishes. In all cases, however, the resistance of the air divides the jet into drops of greater or less volume, when it has reached a certain distance from the orifice. In vacuo, |
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Want countdown display for industrial applications reqd. to operate a reliable safety device
The reqmt. is to work in a heavy crane in a steel plant.The wine are equipped with limit switches to stop the movement in a fault is a height.This reqmt security. because if the elevator is moving upward out of control with a load (in our case, liquid metal) which are up more points and the cable break time. Therefore, the reliability of the system must be extreme. We takup supplier who can design and supply of up-down counter on Based on input from a proximity sensor located near the cable drum on top of the crane and front / rear electric motor pulse. The meter is reqd. to give an outlet to activate the motor when a preset number is reached. The initial reqmt. Our 30 / 35 is following the trial and approval piece.But the original is likely to increase once the product is successful.
An Allen Bradley SLC 500 with the combination of input cards digital-out without any problem. Has Count Up (CTU) function that will be entering a telephone number (s) and trigger an event (DN) bit when value (S) to become reality. This facility will cost less than $ 900 and 800 to 1200 for the roundtable of the screen. You may want to investigate AB Pico on drivers who are equipped with display of text that can be cheaper
The Liquid Rope-Coil Effect
increase height liquid
