1) thermal transfer
热转移
1.
Based on the existing theory of delaminated air-conditioningt,he thermal transfer load characteristics of a large space building were analyzed in different intensity of insolationo,utdoor temperature,ventilation and the height of stratification.
根据现有大空间分层空调理论,以某大空间建筑为研究对象,分析在不同日射强度、室外温度、通风量和分层高度下分层空调的热转移负荷特性,为大空间建筑空调节能提供参考依据。
2) thermal transfer efficiency
热转移率
1.
Effects of the heat capacity and structure of the ink on the thermal transfer efficiency and other properties of the ribbon were also discussed.
制备了一种热转印色带 ,并研究了球磨时间、分散剂等对颜料分散性的影响规律 ,热容量及油墨结构对色带热转移率等性能的影响。
2.
The studies proved that the lower the thermal capacity of the ink was,the higher the thermal transfer efficiency was,and that the bigger the melting heat was ,the higher the thermal transfer efficiency was when the inks composition are alike.
研究发现 ,油墨热容量小 ,热转移率大 ;组分相似的油墨 ,熔化热大 ,热转移率大。
3) transfer heat
热转移量
4) heat transfer printing
热转移印花
1.
Analysis on color change of C.I. Disperse Red 60 after soaping in heat transfer printing of cotton fabric;
棉织物热转移印花中分散红60皂洗变色分析
2.
A new heat transfer printing process for wool fabric--the one-step process was put forward; the influence of the type, concentration and aggregation of the special dyeing assistants on the enhancement of colour was tested.
提出了一种新的纯毛织物热转移印花方法——同步法;试验了同步法工艺专用助色剂的种类、浓度及其聚集体对助色效果的影响;通过后处理提高了热转印布样的颜色稳定性和深度。
5) Dye diffusion thermal transfer
热转移成像
6) heat transfer printing
热转移印刷
参考词条
补充资料：简单工艺实现环保热转移印花新技术
棉、涤/棉混纺和真丝织物经改性剂在室温下两浸两轧，80-100度烘干后即可实现热转换印花。热转移印花工艺与涤纶织物大致相同。其产品的染色性能符合国家标准，并且基本保留了天然特性。产品不含甲醛，也不会缓慢释放甲醛，并无重金属。
该技术已经过工业化试验。试验结果表明工艺简便易行，无污染、无污水排放，属清洁生产工艺。
该技术已经过工业化试验。试验结果表明工艺简便易行，无污染、无污水排放，属清洁生产工艺。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。