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1)  nodular cast surface remelting
球铁表面重熔
2)  surface remelting
表面重熔
1.
The experiment of surface remelting for gray cast iron with a pulsed 1kw Nd:YAG laser was crried out.
文章报道了用千瓦级N d:YAG脉冲激光器对灰铸铁HT 200进行表面重熔的实验。
2.
It report that the experiment of surface remelting for nodular cast iron(QT600) with a pulsed 1?kW Nd:YAG laser.
报道了用千瓦级Nd:YAG脉冲激光器对球墨铸铁QT600进行表面重熔的实验。
3.
In a reference frame attached to the moving heat source, for example, surface remelting, a fixed grid eathalpy-porosity method was used to deal with phase change problem, and the momentum and energy changes caused by moving heat source were taken as additional sources to formulate control equations which are discretised and solved using control-volume-based compotational method.
对有移动热源的表面重熔问题,在固定坐标系内,采用固定网格、焓-孔隙度法处理相变,并将移动热源引起的能量、 动量方程的变化作为附加源项构建控制方程组,使用控制容积积分法对其进行求解,数值模拟了激光扫描条件下熔池内传热、相交 及流体流动的情况;利用所开发的软件对同一扫描速度、不同激光输入功率条件下不锈钢材料熔化与凝固过程中温度场、速度场进 行了比较与分析。
3)  TIG surface remelting process
TIG表面重熔
1.
Compared with the conventional post grinding process for the weld layer,the effect of TIG surface remelting process on cavitation erosion resistance was investigated.
用氩弧熔化焊(M IG)在4020碳钢表面堆焊耐空泡腐蚀材料,然后采用TIG(钨极氩弧焊),将堆焊层改性;通过与传统磨削表面加工对比,研究了TIG表面重熔对空泡腐蚀的影响。
2.
Compared with grinding process,the effect of TIG surface remelting process on cavitation corrosion resistance was investigated.
采用TIG(钨极氩弧焊)表面重熔工艺对耐空泡腐蚀堆焊材料进行改性加工,与磨削表面加工对比研究了TIG表面重熔对空泡腐蚀的影响。
3.
Compared with grinding process,the effect of TIG surface remelting process to cavitation erosion resistance was investigated.
采用TIG(钨极惰性气体保护焊)表面重熔工艺对表面耐空泡腐蚀堆焊材料进行改性加工,与磨削表面加工对比研究了TIG表面重熔对空泡腐蚀的影响。
4)  Laser surface remelting
激光表面重熔
1.
Effects of laser surface remelting on microstructure and hydrogen permeation resistance of thermal spraying aluminum coatings;
激光表面重熔对热喷涂铝涂层微观结构及其阻氢性能的影响
2.
The contrast test was carried out for laser surface remelting varying substrate preheating.
对球墨铸铁表面激光重熔过程中的重熔层开裂倾向及影响因素进行了详细的研究,通过对基体分别进行正火、淬火+回火后进行激光表面重熔的对比试验,考察了在相同的激光重熔工艺参数条件下进行表面重熔处理,发现球铁激光重熔处理前的预处理工艺对重熔过程中的重熔层开裂倾向影响很大。
3.
By means of laser surface remelting and adding rare-earth elements to the alumina coatings,the residual porosities were eliminated,cracks were reduced and so that not only the quality of the coating was improved,but the corrosion resistance of the coatings was improved significantly.
通过采用激光表面重熔和在氧化铝涂层中加入稀土的工艺方法,封闭了表层中残存的孔隙,减少了微裂纹,不仅提高了涂层的质量,而且使其耐蚀性得到明显提高。
5)  plasma surface remelting
等离子表面重熔
1.
The Fe3Al intermetallics was prepared by plasma surface remelting technology,in which Al powder was coated on the QZ35 steel sample.
在Q235钢试样上刷涂Al粉,并应用等离子表面重熔技术在试样上制备Fe-Al金属化合物覆层。
6)  surface modification / laser remelting
表面变性/激光重熔
补充资料:普通免疫球蛋白 ,人血丙种球蛋白,丙种球蛋白
药物名称:丙种球蛋白

英文名:γ-Globulin

别名: 免疫血清球蛋白;普通免疫球蛋白 ,人血丙种球蛋白,丙种球蛋白
外文名:γ-Globulin
适应症: 含有健康人群血清所具有的各种抗体,因而有增强机体抵抗力以预防感染的作用。主要用于免疫缺陷病以及传染性肝炎、麻疹、水痘、腮腺炎、带状皰疹等病毒感染和细菌感染的防治,也可用于哮喘、过敏性鼻炎、湿疹等内源性过敏性疾病。
用量用法:
肌注:每次2~5ml,3周1次,用于内源性过敏性疾病,每次10ml(含量10%者),3周内注射2次。胎盘球蛋白每次6~9ml。
注意事项:
1.按球蛋白来源可分为两种,一为健康人静脉血来源的丙种球蛋白制剂,按蛋白质含量有10%、16%、16.5%等数种(国内制品浓度在10%以上),其中丙种球蛋白占95%以上。另一种为胎盘血来源的丙种球蛋白(人胎盘血丙种球蛋白),即胎盘球蛋白,含蛋白质5%,其中丙种球蛋白占90%以上。胎盘球蛋白因丙种球蛋白含量以及纯度均较低,其用量应相应增大。 2.除专供静注用的制剂外,一般制剂不可静注。 3.注射大量时,可见局部疼痛和暂时性体温升高。
注:参见:“丙种球蛋白注射液”.



类别:免疫增强剂(免疫反应调节剂)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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