k17

Environmental damage of CAST Ni - base superalloy K17

K17镍基铸造高温合金环境损伤的研究

Effects of the Hot Isostatic Pressing Treatment on the Segregation of Elements in Alloy K17

热等静压处理对K17合金元素偏析的影响

Influence of Palladium on Aluminizing Process by Low Press Packing Cementation for K17 Superalloy

Pd对K17合金低压固体粉末包埋渗铝工艺的影响

Research on post-hip heat treatment of K17 cast nikel-base Superalloy

K17铸造镍基高温合金热等静压后热处理的研讨

K17 gene was amplified from epidermis of psoriatic patients and the predicted epitopes were expressed and purified .

从银屑病患者皮损组织中扩增出人角蛋白17全长基因；根据预测结果，融合表达、纯化相应的表位区；

The aluminizing process by low press packing cementation ( LPPC ) on the surface of K17 superalloy was investigated in this paper .

研究了在高温合金K17表面上低压固体粉末包埋（LPPC）渗铝工艺。

Objective To identify the HLA-DR-restricted T cell epitope regions on keratin 17 ( K17 ), one of the autoantigens of psoriasis .

目的对银屑病自身抗原&角蛋白17的HLADR限制性T细胞表位区进行确定。

Results Compared with the control group , K17 significantly enhanced the proliferation of T cells from psoriatic patients and increased the expression level of IFN - ( P < 0.001 respectively ) .

结果和正常人对照相比，角蛋白17可以显著促进银屑病患者T细胞的增殖，并且促进其分泌干扰素γ（P值均<0.001）。

In this paper , the effect of HIP on the porosities and properties of two spray formed superalloys , K17 and GH742 , has been investigated .

研究了热等静压工艺对喷射成形K17和GH742两种高温合金显微疏松和室温拉伸性能的影响。

Objective To investigate the effects of antisense oligonucleotides of keratin 17 ( K17 ) on the proliferation and expression of K17 in keratinocytes in vitro .

目的研究脂质体介导角蛋白17（K17）反义寡核苷酸对培养人角质形成细胞增殖和K17表达的影响。

The reduction of ductility of K17 alloy after post hot-isostatic pressing ( HIP ) heat treatment , which increases the high temperature rupture and the tensile properties of the alloy , was investigated in this paper .

K17合金在热等静压后进行再热处理，能提高合金的高温持久与抗拉性能，但其塑性明显下降。

The experimental results show that HIP can remarkably reduce the dendritic segregation and the eutectic reaction segregation of the main elements in alloy K17 , make the composition uniform and therefore , forbid the ? phase to separate .

实验结果表明，热等静压处理可以显著减轻K（17）合金主要合金元素的树枝状偏析和共晶反应偏析，使合金成分趋于均匀，从而抑制了σ相的析出。