Acorrding to the investigation, we put forward some Suggestions on MIM of senior middle school students.
根据调查分析结果，对高中阶段的数学思想方法教学提出了建议。
Parts that would usually be made by assembling multiple components can be designed as a single MIM part.
部件通常是由多个小部件装配而成，所以可以设计为一个个单一的MIM零件。
Now Madam Mim is an ugly dragon.
现在蛮夫人变成了一条丑陋的龙。
And Madam Mim becomes a pink fox.
蛮夫人变成了一只粉红色的狐狸。
Fatigue strength of the MIM specimens declined with increasing tempering temperature.
MIM钢试样的疲劳强度随着回火温度升高而减低。
Granular model can better reflect the characteristics of feedstock of MIM than continuum model.
颗粒模型和连续介质模型对比，更能反映MIM喂料的特点。
On the other hand, the MIM steel specimens were tempered at various temperatures in order to evaluate effect of tempering temperature on fatigue property.
另一方面，为了评估回火温度对疲劳性能的影响，将MIM钢试样于不同温度下进行了回火。
So, it is significative on theory and application aspects to have a further study on MIM .
因此，开展微注射成形方面的研究具有重要的理论意义和实用价值。
Results (1) Expressing level of MIM in normal cells were higher than that in tumor metastasis cells.
结果（1）MIM在许多正常组织细胞中的表达水平明显高于恶性肿瘤细胞。
In the study of MIM tunnel light-emission junctions, whether SPP (surface plasmon polariton) "fast" mode or SPP "slow" mode holds more important role is always a main topic.
在MIM隧道发光结的研究过程中，结的发光是SPP快模还是慢模起主要作用，一直是许多学者争论的主题。
This paper reports the light emission from MIM tunnel diode and Negative Differential Resistance (NDR) in its I-V characteristic curve.
本文报道了MIM隧道二极管的发光和负阻现象，用梯形势垒计算了电流-电压特性。
Metal injection molding (MIM) is an advanced near net shape process in efficiently producing complex parts and its key technique is binder design.
金属注射成形(MIM)是一项高效率生产小型复杂形状精密零件的先进近净成形技术，其核心是粘结剂技术。
Heritability had a greater influence on QTL mapping by CIM and MIM, but a little by im, especially the estimates of QTL effects.
遗传力大小对cim法和MIM法有较大的影响，对IM法影响相对较小，尤其是在效应值的估计上。
The advantages, product performance and application field of MIM process of Japan Sumitomo Special Metals Co. were presented.
介绍了日本住友特殊金属公司的金属粉末注射成形工艺过程及优点。产品特性和应用范围。
This paper analyzes factors influencing dimension tolerance of MIM products and the progresses in dimension control.
综述了金属注射成形产品尺寸精度的影响因素及控制尺寸精度的进展。
This study was aimed to evaluate the biocompatibility of metal powder injection molding (MIM) 316l stainless steel.
研究金属粉末注射成型(MIM)法制备的316L不锈钢植入材料的生物相容性。
MIM of cemented carbide adaptor of bayonet have been investigated.
研究了硬质合金刺刀座注射成形工艺过程。
The I-V curve and the voltage-standing of this MIM structure are also obtained when measured its performance.
在MIM结构的性能测试上，主要测试了这种结构的I-V特性曲线，以及介质层的耐压性能。
The results of microstructure observation showed that diameter and shape of carbide of the MIM specimens were uniform than those of the wrought steel specimens.
显微组织的观察结果表明，MIM钢试样的碳化物的直径与形状比锻轧钢试样的均一。
The carbon pick-up was successfully overcome and the final sintered MIM parts of excellent mechanical properties were produced.
开发了消除烧结增碳缺陷的工艺，使合金达到了优异的力学性能。
CarbonControl in MIM Process of Nonmagnetic Fine cemented Carbide was studied.
研究了细晶无磁硬质合金金属注射成形工艺中碳含量的控制。
MIM offers the same design freedom as plastic injection molding.
金属粉末注射成型提供了和塑料注射成型一样的设计自由。
At the present time, and the device has been used in the test of MIM, the effect is good.
此设备已投入金属注射成形实验中，效果良好。
Metal injection molding (MIM) is an advanced near net shape technology which is an extension of plastic injection molding. The binder plays a critical role in MIM.
金属粉末注射成形是一种从塑料注射成形引伸出来的新型粉末冶金近净成形技术，该技术的核心和关键是粘结剂。
The relationship between thickness of MIM green parts and critical heating rate was studied.
研究了注射成形生坯厚度与缺陷产生的临界升温速度的关系。
The relationship between thickness of MIM green parts and critical heating rate was studied.
研究了注射成形生坯厚度与缺陷产生的临界升温速度的关系。
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