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CHAPTER І. THERMAL PHENOMENA
Дипломдар мен сертификаттарды алып үлгеріңіз!
Материалдың толық нұсқасын
жүктеп алып көруге болады
CHAPTER І. THERMAL PHENOMENA
Рет |
Термин |
анықтама |
Рет |
Thermal motion |
is the motion of molecules and atoms. |
|
|
|
Brownian motion |
is a continuous chaotic motion of small particles of liquid, solid or gaseous matter under the action of molecular shocks. |
|
|
Diffusion |
is the process of interaction of individual molecules and atoms with other molecules and atoms, which leads to a uniform distribution of particles throughout the area. |
|
|
Temperature |
is a physical quantity that characterizes the thermal state of a body. |
|
|
A thermometer |
is a device for measuring the temperature of an environment or a body. |
|
|
Thermal equilibrium. |
is equal to the temperature of contacting bodies |
|
|
Kinetic energy |
is the energy of the body motion. |
|
|
Potential energy |
is the energy of the interacting particles. |
|
|
Internal energy |
is the total kinetic energy of the thermal motion of the particles of matter |
|
|
Heat exchange |
is the transfer of heat from more heated bodies to less heated ones. |
|
|
Thermal conductivity |
is the phenomenon of transfer of the heated body part, caused by the interaction of thermal motion and body particles. |
|
|
Thermal insulators |
are substances that do not heat up well. |
|
|
Convection |
is a type of heat transfer that is transmitted through a fluid or gas stream. |
|
|
Radiation |
is the transfer of heat between bodies that arise during the processes of radiation, absorption and displacement. |
|
|
Absorption |
is a process that converts the energy of radiation into internal energy. |
|
|
Thermal insulation |
is a substance with a smaller coefficient of thermal conductivity. |
|
|
Anabiosis |
is a temporary decrease or annihilation in the body. |
|
|
The amount of heat |
is energy that is lost or lost during the heat transfer of the body. |
|
|
Specific heat of substance |
is the amount of heat that is necessary to raise the temperature of 1 kg of the substance by 1 K (= 1 ° C). |
|
|
Specific heat of |
fuel combustion is the amount of heat that is released with a complete combustion of 1 kg of fuel. |
|
|
Thermal insulation system |
is a thermally insulated environmental system. |
|
|
The amount of heat |
is the amount of energy transferred from the heated body to the heat exchanger during cooling. |
|
|
1 calorie |
is the amount of heat needed to change the temperature of 1 g of water per 1° C. |
|
|
The complete energy of the system |
is the sum of the mechanical and internal energy. |
|
CHAPTER І. THERMAL PHENOMENA
Рет |
Термин |
анықтама |
Рет |
Thermal motion |
is the transfer of heat from more heated bodies to less heated ones. |
|
|
|
Brownian motion |
is a type of heat transfer that is transmitted through a fluid or gas stream. |
|
|
Diffusion |
is a continuous chaotic motion of small particles of liquid, solid or gaseous matter under the action of molecular shocks. |
|
|
Temperature |
is a physical quantity that characterizes the thermal state of a body. |
|
|
A thermometer |
is a device for measuring the temperature of an environment or a body. |
|
|
Thermal equilibrium. |
is energy that is lost or lost during the heat transfer of the body |
|
|
Kinetic energy |
is the total kinetic energy of the thermal motion of the particles of matter. |
|
|
Potential energy |
is the energy of the interacting particles. |
|
|
Internal energy |
is the energy of the body motion |
|
|
Heat exchange |
is the motion of molecules and atoms. |
|
|
Thermal conductivity |
is the amount of heat that is necessary to raise the temperature of 1 kg of the substance by 1 K (= 1 ° C). |
|
|
Thermal insulators |
are substances that do not heat up well. |
|
|
Convection |
is the process of interaction of individual molecules and atoms with other molecules and atoms, which leads to a uniform distribution of particles throughout the area. |
|
|
Radiation |
is the transfer of heat between bodies that arise during the processes of radiation, absorption and displacement. |
|
|
Absorption |
is a substance with a smaller coefficient of thermal conductivity. |
|
|
Thermal insulation |
is a process that converts the energy of radiation into internal energy. |
|
|
Anabiosis |
fuel combustion is the amount of heat that is released with a complete combustion of 1 kg of fuel. |
|
|
The amount of heat |
is the sum of the mechanical and internal energy. |
|
|
Specific heat of substance |
is a temporary decrease or annihilation in the body. |
|
|
Specific heat of |
is the amount of energy transferred from the heated body to the heat exchanger during cooling |
|
|
Thermal insulation system |
is the amount of heat needed to change the temperature of 1 g of water per 1° C. |
|
|
The amount of heat |
is the phenomenon of transfer of the heated body part, caused by the interaction of thermal motion and body particles. |
|
|
1 calorie |
is a thermally insulated environmental system. |
|
|
The complete energy of the system |
is equal to the temperature of contacting bodies. |
|
CHAPTER І. THERMAL PHENOMENA
Рет |
Термин |
анықтама |
Рет |
Thermal motion |
is the transfer of heat from more heated bodies to less heated ones. |
|
|
|
Brownian motion |
is a type of heat transfer that is transmitted through a fluid or gas stream. |
|
|
Diffusion |
is a continuous chaotic motion of small particles of liquid, solid or gaseous matter under the action of molecular shocks. |
|
|
Temperature |
is a physical quantity that characterizes the thermal state of a body. |
|
|
A thermometer |
is a device for measuring the temperature of an environment or a body. |
|
|
Thermal equilibrium. |
is energy that is lost or lost during the heat transfer of the body |
|
|
Kinetic energy |
is the total kinetic energy of the thermal motion of the particles of matter. |
|
|
Potential energy |
is the energy of the interacting particles. |
|
|
Internal energy |
is the energy of the body motion |
|
|
Heat exchange |
is the motion of molecules and atoms. |
|
|
Thermal conductivity |
is the amount of heat that is necessary to raise the temperature of 1 kg of the substance by 1 K (= 1 ° C). |
|
|
Thermal insulators |
are substances that do not heat up well. |
|
|
Convection |
is the process of interaction of individual molecules and atoms with other molecules and atoms, which leads to a uniform distribution of particles throughout the area. |
|
|
Radiation |
is the transfer of heat between bodies that arise during the processes of radiation, absorption and displacement. |
|
|
Absorption |
is a substance with a smaller coefficient of thermal conductivity. |
|
|
Thermal insulation |
is a process that converts the energy of radiation into internal energy. |
|
|
Anabiosis |
fuel combustion is the amount of heat that is released with a complete combustion of 1 kg of fuel. |
|
|
The amount of heat |
is the sum of the mechanical and internal energy. |
|
|
Specific heat of substance |
is a temporary decrease or annihilation in the body. |
|
|
Specific heat of |
is the amount of energy transferred from the heated body to the heat exchanger during cooling |
|
|
Thermal insulation system |
is the amount of heat needed to change the temperature of 1 g of water per 1° C. |
|
|
The amount of heat |
is the phenomenon of transfer of the heated body part, caused by the interaction of thermal motion and body particles. |
|
|
1 calorie |
is a thermally insulated environmental system. |
|
|
The complete energy of the system |
is equal to the temperature of contacting bodies. |
|