1) fever relapse
复热
1.
Objective: To atudy the relation between prognoses of Exogenous Fever (recovery,fever relapse,remaining fever)and the relative blood biochemical indexes (PA,A/G,TG,Apo- B).
目的探讨外感发热预后(痊愈、复热、遗热)与相关血生化指标(PA、A/G、TC、Apo-B)的关系,为临床提供诊疗思路。
2) reheating
[英][ri:'hi:t] [美][ri'hit]
重复加热
1.
In order to acquire the laws of effect of reheating on the flow property of pour-point-depressant (PPD)-treated crude oil and explore the method to quantitatively evaluate the effect of reheating, the crude oil from Beijiang was studied by using gel point tester and Haake VT500 viscometer in laboratory according to corresponding standards.
为掌握重复加热对降凝剂改性原油流动性的影响规律,并探索该影响的定量评价方法,以北疆原油为研究对象,利用凝点仪和Haake VT550粘度计,依据相关标准进行了试验研究,并用模糊评价方法对试验结果进行了定量综合分析。
3) hybrid welding
复合热源
1.
Analysis for local incomplete brazing in fusion-brazed joints between aluminium and zinc-coated steel by hybrid welding;
铝/镀锌钢复合热源熔—钎接头的局部“未钎合”缺陷分析
2.
Analysis for Al-Fe intermetallic compounds layer of fusion-brazed joints between aluminium and zinc-coated steel by hybrid welding;
铝/镀锌钢复合热源熔—钎接头中的Al-Fe金属间化合物层分析
3.
Braze-welding for dissimilar metals between copper and steel by Nd:YAG laser-plused MIG hybrid welding;
铜/镀锌钢异种金属Nd:YAG激光脉冲MIG复合热源钎接焊
4) Thermal remediation
热修复
1.
Microwave Thermal Remediation of Petroleum-Contaminated Soil Enhanced by Carbon Materials;
石油污染土壤的碳材料增强微波热修复研究
5) hybrid heat source
复合热源
1.
Study on the characteristics of applying hybrid heat source LiBr Absorption refrigerating unit by waste heat
利用多种余热的复合热源型溴化锂制冷机组特性分析
6) hot rolling compounding
热轧复合
1.
Simulation on hot rolling compounding of two metal plates and determination of minimum relative reduction;
双金属板热轧复合模拟及最小相对压下量的确定
2.
In this paper,hot rolling compounding process of stainless/carbon steel plates have been simulated by Marc software.
本文应用MARC有限元软件对不锈钢/碳钢复合板的对称热轧复合过程进行了模拟,在此基础上分析得出了最重要的轧制工艺参数,即不锈钢/碳钢复合板对称热轧复合所需的最小相对压下量,这与在某钢厂所作的生产性试验是一致的。
补充资料：几复寄槟榔且答诗劝予同种复次韵寄之
【诗文】：
少来不食蚁丘浆，老去得意漆园方。
监中已失儿时面，忍能乞与兵作郎。
【注释】：
【出处】：
少来不食蚁丘浆，老去得意漆园方。
监中已失儿时面，忍能乞与兵作郎。
【注释】：
【出处】：
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条