1) anti-filter layer
反过滤渡层
2) filter and transition layers
反滤过渡层
3) Ti interlayer
钛过渡层
1.
Effect of Ti interlayer on thermal residual stresses of CVD diamond films;
钛过渡层对CVD金刚石膜热残余应力的影响
2.
Thermal stress distribution in film/substrate systems were calculated separately,one with Mo,W and Ni substrates and the other with Mo substrates with Ti interlayer.
分别计算了在常用金属材料钼、钨、镍作衬底和用镀有钛过渡层的钼作衬底的情况下,膜/衬底间的热应力分布情况。
3.
A type of composite substrate was explored to solve the problem of crack in the deposition of diamond films,that is,Mo substrates with Ti interlayer.
为了解决金刚石膜脱膜开裂的问题,尝试了一种复合衬底,即镀有钛过渡层的钼衬底。
4) Transition layer
过渡层
1.
Research of synthesizing PDC by using various transition layer materials;
采用过渡层合成金刚石复合片研究
2.
Transition Layer of Copper-cladding Aluminum in Continuous Casting;
连铸铜包铝复合棒坯过渡层的研究
3.
Interface structure and mechanical properties of FeNi alloy transition layer of composite pipes prepared by SHS;
SHS复合管FeNi合金过渡层接合界面结构及力学性能
5) transitional layer
过渡层
1.
Reflectance signatures of transitional layer and its tuning effects to the amplitudes of pulsating waves.;
过渡层反射特征及脉冲波的振幅调谐现象
2.
With the effect of spraying transitional layer, a stainless steel alloy layer was obtained on the magnesium based metal matrix composites by laser cladding.
利用中间过渡层的作用 ,在镁基金属复合材料上激光熔覆了不锈钢合金层 ,熔覆层与基体为冶金结合。
3.
Measures on resisting earthquake structure were proposed in setting of transitional layer,construction columns,earthquake resisting walls,forms and structure of earthquake resisting walls,and the design of gird beam of reinforced.
根据《建筑抗震设计规范》(GBJ11-89)中有关底层框架—抗震墙砖房的规定 ,从工程实用的角度出发 ,探讨了底部两层框架—抗震墙砖房的设计要点 ,并从过渡层楼板、构造柱的设置、抗震墙的设置、结构形式、抗震墙的构造、钢筋混凝土圈梁、过渡层外纵墙、上部承重砖墙等的构造设计方面提出了抗震构造措施。
6) buffer layer
过渡层
1.
Influence of Ni buffer layer on micro structure and giant magnetoresistance of Co/Cu/Co sandwiches;
Ni过渡层对Co/Cu/Co三明治膜微结构及巨磁电阻性能的影响
2.
GaAs epitaxial layer was charactorized by changing the growth temperature of GaAs buffer layer.
通过改变GaAs过渡层的生长温度对GaAs外延层进行了表征,利用扫描电镜(SEM)和X射线衍射仪研究了表面形貌和晶体质量,优化出满足高效太阳能电池要求的高质量GaAs单晶层生长条件。
3.
First, we deposited the buffer layer of MgB_ 2 with 10μm thick, then deposited the surface MgB_ 2 thick film layer with 20μm.
我们用混和物理化学气相沉积法(HPCVD)在不锈钢衬底上原位制备了以MgB2厚膜(约10微米厚)为过渡层的MgB2超导厚膜(约20微米厚)样品,两层膜总厚约30微米。
补充资料：预涂层真空过滤机
产品名称 | 型号 | 主要技术参数 | 外型尺寸 （长×宽×高）mm | 地基尺寸 | 地脚螺栓 | ||||||
过滤面积(m2) | 转鼓直径(m) | 浸入角（o） | 转鼓转速(r/min) | 电机总功率(kw) | A | B | C | ||||
JGS转鼓 真空过滤机 | G2/1 | 2 | 1 | 120 | 0.13-2 | 1.1 | 1790×1550×1250 | 780 | 1080 | 1200 | M30 |
G2/1-X | 2 | 1 | 120 | 0.13-2 | 1.1 | 1790×1550×1250 | 780 | 1080 | 1200 | M30 | |
G5/1.75-X | 5 | 1.75 | 120 | 0.13-2 | 1.5 | 2500×2260×2460 | 1060 | 1420 | 1950 | M30 | |
G5/1.75 | 5 | 1.75 | 120 | 0.13-2 | 1.5 | 2500×2260×2460 | 1060 | 1420 | 1950 | M30 | |
JGF预涂层 转鼓真空 过滤机 | GF10/1.6-N | 10 | 1.6 | 140 | 0.3-3 | 1.5+0.37 | 3380×2690×2170 | 2480 | 2830 | 1680 | M24 |
GF20/2.2-N | 20 | 2.2 | 140 | 0.3-3 | 1.5+0.37 | 4460×3480×2930 | 3510 | 3860 | 2380 | M24 | |
GF30/2.7-N | 30 | 2.7 | 90-140 | 0.3-3 | 2.2+0.37 | 5100×4300×3850 | 4100 | 445 | 3000 | M24 | |
GF40/2.7-N | 40 | 2.7 | 90-140 | 0.3-3 | 3+0.37 | 7100×4300×3850 | 6100 | 6450 | 3000 | M24 | |
GF50/2.7-N | 50 | 2.7 | 90-140 | 0.3-3 | 3+0.37 | 7400×4250×3850 | |||||
JGD折带 (可利刀) 卸料转鼓 真空过滤机 | GD10/1.6-N | 10 | 1.6 | 140 | 0.13-0.79 | 2.2+0.37 | 3380×3700×2170 | ||||
GD20/2.6-N | 20 | 2.6 | 90-133 | 0.13-0.79 | 3+0.37 | 4960×4100×3310 | |||||
GD30/2.7-N | 30 | 2.7 | 90-133 | 0.13-0.79 | 3+0.37 | 5100×5800×3850 | |||||
GD40/3.0-N | 40 | 3.0 | 90-133 | 0.13-0.79 | 3+0.37 | 6570×4500×3410 | |||||
GD45/3.0-N | 45 | 3.0 | 90-133 | 0.1-0.7 | 3+0.37 | 6630×4500×3410 | |||||
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