In modern physics, temperature and humidity data are very important in many fields, and the calculation and analysis of various temperature parameters are particularly important, such as average temperature, maximum temperature, minimum temperature, average kinetic temperature, etc., the calculation of various temperature data can not be separated from the analysis of a large number of temperature data, And how to get a lot of temperature data, in today's high-automation intelligent era, it is impossible to manually record the table, therefore, the temperature recorder came into being, Ourjcdz factory research and development of the temperature recorder is the earliest research and production, with high precision, record stability and other special effects, Located in the beautiful West Lake. When calculating the kinetic temperature, a temperature recorder is required to record a large amount of temperature data, calculated by Developmet: KT (Mean Kinetic temperature) =-(H/R)/LN ((exp (-H/R/T1) +exp (-H/R/T2) +...+exp (-h/r/tn)/n) Where: H stands for physical intrinsic activation energy, for solids and liquids, general 60~100kj/mol;r=8.314472j
Average kinetic temperature mkt (Mean Kinetic temperature)
Average kinetic temperature
MKT (Mean Kinetic temperature) =-(H/R)/LN ((exp (-H/R/T1) +exp (-h/r/t2) +...+exp (-h/r/tn))/N)
which
H represents physical intrinsic activation energy, for solids and liquids, generally 60~100kj/mol;
R=8.314472j/mol-k, gas constant;
T: Kelvin temperature;
N/a sample point;
Average kinetic temperature mkt (Mean Kinetic temperature)
