A NUMERICAL SIMULATION OF THE EFFECT OF INLET
... has been dedicated to understanding the energy separation phenomenon in the Ranque-Hilsch vortex tube. Kurosaka [3] stated that the temperature separation is a result of acoustic streaming effect. Stephan et al. [4] maintained that Gortler vortices form on the inside wall of the tube and drives the ...
... has been dedicated to understanding the energy separation phenomenon in the Ranque-Hilsch vortex tube. Kurosaka [3] stated that the temperature separation is a result of acoustic streaming effect. Stephan et al. [4] maintained that Gortler vortices form on the inside wall of the tube and drives the ...
New Performance Indicators for Evaluation of Adsorbents
... Abstract: Pressure swing adsorption (PSA) process is one of the candidate processes for CO2 capture. The interest has led to the development of various adsorbents such as modified zeolite materials and metalorganic frameworks (MOFs). Performance of the developed adsorbents is evaluated through lab-s ...
... Abstract: Pressure swing adsorption (PSA) process is one of the candidate processes for CO2 capture. The interest has led to the development of various adsorbents such as modified zeolite materials and metalorganic frameworks (MOFs). Performance of the developed adsorbents is evaluated through lab-s ...
ONESIDED MOISTENING OF CONCRETE AT VARIOUS
... The self-desiccation on the opposite side of the specimens may be more active in some cases. However, in low-strength concrete with high water/cement ratio, the initial internal relative humidity was fully saturated at the start of the experiment. The internal relative humidity significantly differe ...
... The self-desiccation on the opposite side of the specimens may be more active in some cases. However, in low-strength concrete with high water/cement ratio, the initial internal relative humidity was fully saturated at the start of the experiment. The internal relative humidity significantly differe ...
ECOLE POLYTECHNIQUE Mathematical Analysis of a Saint
... is energetically consistent as shown by Gent [12]. ...
... is energetically consistent as shown by Gent [12]. ...
Thermodynamics of Steam
... Saturated steam may be perfectly dry, that is, containing no water particles in suspension as it leaves the boiler. But as it begins to lose heat and fall in temperature, there will be a certain amount of condensation loss in the steam line. To avoid or minimize these losses, the saturated steam can ...
... Saturated steam may be perfectly dry, that is, containing no water particles in suspension as it leaves the boiler. But as it begins to lose heat and fall in temperature, there will be a certain amount of condensation loss in the steam line. To avoid or minimize these losses, the saturated steam can ...
Method
... Drying in rotary dryer has been used widely in industries, because it produced good heat and mass transfer properties. A Rotary dryer consist of rotating cylinder that has an angle to the horizontal where input material from one end and output product from the other end. Dry air is used as a drying ...
... Drying in rotary dryer has been used widely in industries, because it produced good heat and mass transfer properties. A Rotary dryer consist of rotating cylinder that has an angle to the horizontal where input material from one end and output product from the other end. Dry air is used as a drying ...
Modulated Thermomechanical Analysis
... compared to other modulated temperature techniques, about 28 s, due to the large thermal mass and low thermal conductivity of the quartz sample stage and measuring probe. A practical rule-of-thumb is that the period of the applied forcing function should be about ten times the time constant. So for ...
... compared to other modulated temperature techniques, about 28 s, due to the large thermal mass and low thermal conductivity of the quartz sample stage and measuring probe. A practical rule-of-thumb is that the period of the applied forcing function should be about ten times the time constant. So for ...
Thermodynamics Demystified
... A pure substance is uniform in chemical composition. It may exist in more than one phase, such as ice, liquid water, and vapor, in which each phase would have the same composition. A uniform mixture of gases is a pure substance as long as it does not react chemically (as in combustion) or liquefy in ...
... A pure substance is uniform in chemical composition. It may exist in more than one phase, such as ice, liquid water, and vapor, in which each phase would have the same composition. A uniform mixture of gases is a pure substance as long as it does not react chemically (as in combustion) or liquefy in ...
Engineering Thermodynamics
... Basic Terminology and Selected Concepts ........................................................................................... 7 Energy and Work (2) .................................................................................................................................. 15 Forms of Ene ...
... Basic Terminology and Selected Concepts ........................................................................................... 7 Energy and Work (2) .................................................................................................................................. 15 Forms of Ene ...
Chapter 11 - Wolaver.org
... same direction and all with the same speed (like in a thrown ball). With thermal energy, each molecule has a different direction and different speed. (This is an example of the “internal energy” in Lesson 4.) We can get all the energy out of a thrown ball in the form of work when it comes to a stop ...
... same direction and all with the same speed (like in a thrown ball). With thermal energy, each molecule has a different direction and different speed. (This is an example of the “internal energy” in Lesson 4.) We can get all the energy out of a thrown ball in the form of work when it comes to a stop ...
The Ensembles
... have enough copies that each state is represented at least once in the ensemble. All copies have the same temperature T , the temperature of the heat bath. We could imagine constructing the canonical ensemble from the single system in the microcanonical ensemble of Fig. 2.1 in the following way. We ...
... have enough copies that each state is represented at least once in the ensemble. All copies have the same temperature T , the temperature of the heat bath. We could imagine constructing the canonical ensemble from the single system in the microcanonical ensemble of Fig. 2.1 in the following way. We ...
