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首页> 外文期刊>Journal of Thermal Biology >Budget-limited thermal biology: Design, construction and performance of a large, walk-in style temperature-controlled chamber
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Budget-limited thermal biology: Design, construction and performance of a large, walk-in style temperature-controlled chamber

机译:预算有限的热生物学:大型步入式温控箱的设计,构造和性能

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摘要

We describe a partial redesign of the conventional air-conditioning system and apply it to the construction of a relatively large (1.87 m(3) air mass), walk-in style temperature-controlled chamber (TCC) using parts easily obtained in most countries. We conducted several tests to demonstrate the performance of the TCC. Across the physiologically relevant range of 5-37 degrees C, the TCC took 26.5-50.0 min to reach the desired set point temperature. Once at set point, temperature inside the chamber was controlled with an accuracy of +/- 1.0 degrees C. User-entry effects on deviations from and return times to set point temperature were minimal. Overall, performance of the TCC was sufficient to make precise physiological measurements of insect metabolic rate while controlling assay temperature. Major advantages of the TCC include its simplicity, flexibility, and low cost. (C) 2016 Elsevier Ltd. All rights reserved.
机译:我们描述了对传统空调系统的部分重新设计,并将其应用于使用大多数国家容易获得的零件建造的相对较大(1.87 m(3)空气质量)的步入式温度控制室(TCC) 。我们进行了一些测试,以证明TCC的性能。在5-37摄氏度的生理相关范围内,TCC花费了26.5-50.0分钟才能达到所需的设定点温度。一旦达到设定点,便以+/- 1.0摄氏度的精度控制室内的温度。用户输入对设定点温度偏差和返回时间的影响最小。总的来说,TCC的性能足以在控制测定温度的同时进行昆虫代谢率的精确生理测量。 TCC的主要优点包括其简单性,灵活性和低成本。 (C)2016 Elsevier Ltd.保留所有权利。

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