Building Environment and Equipment Testing Technology

Author: Liu Yaohao
Publisher:
Publish Date: 2005-04-01
Features: The book consists of 12 chapters, covering the basic knowledge of measurement in the field of Architectural Environment and Equipment Engineering, error analysis and data processing theory, temperature, humidity, pressure, flow velocity, flow rate, liquid level, combustion product composition analysis, the principles, application technologies, measurement methods, and calibration techniques of testing instruments such as environmental noise and display instruments. The book is systematic and up-to-date in its content, making it suitable as a professional textbook for universities in Architectural Environment and Equipment Engineering and Thermal Energy and Power Engineering. It can also serve as a reference for technical professionals working in environmental monitoring, heating, ventilation, and air conditioning (HVAC), building water supply and drainage, gas supply, heating and ventilation, gas, refrigeration, air conditioning, boilers, thermodynamics, geothermal utilization, energy utilization, and automation. The book consists of 12 chapters, covering the basic knowledge of measurement in the field of Architectural Environment and Equipment Engineering, error analysis and data processing theory, temperature, humidity, pressure, flow velocity, flow rate, liquid level, combustion product composition analysis, the principles, application technologies, measurement methods, and calibration techniques of testing instruments such as environmental noise and display instruments. The book is systematic and up-to-date in its content, making it suitable as a professional textbook for universities in Architectural Environment and Equipment Engineering and Thermal Energy and Power Engineering. It can also serve as a reference for technical professionals working in environmental monitoring, heating, ventilation, and air conditioning (HVAC), building water supply and drainage, gas supply, heating and ventilation, gas, refrigeration, air conditioning, boilers, thermodynamics, geothermal utilization, energy utilization, and automation.