mim [mim]

mim的基本解释

adj.

<方>假正经的,假装羞怯(或谦虚)的,假文静的

与mim相关的网络例句 [注：此内容来源于网络，仅供参考]

Because of MIM's superiority in technology and economic performance,MIM has extensive applications in the ordnance industry.

由于金属粉末注射成形技术在技术、经济效益上的优越性，在现代兵器工业中得到了广泛的应用。

Finally, simulation software was developed with Visual C++ and Delphi for 2D molding analysis of MIM, which affords facilities for the quality forecast of 2D thin wall parts and optimal design of mold and process parameters. In the research of molding performance of MIM feedstock, for the shortcoming of capillary rheometry, it was propounded that using spiral mold test molding performance of feedstock, and a set of spiral mold was creatively designed with quickly exchange gates and closed mold cavity. With the spiral mold, an orthogonal experiment was made on getting regress equation of flow length L〓 of the heavy alloy feedstock. Then the rule of L〓 varying with Q〓, P〓, and ΔT〓 was discovered. Q〓 ranks first in the influence on process parameters of molding performance, P〓 and Δ T〓 second. Therefore the injection rate Q〓 should be controlled primarily to improve the flow performance of feedstock.

在MIM喂料注射成形性能研究方面，针对毛细管流变仪测试法衡量流动性能的不足，提出使用螺旋线模具测试喂料熔体的注射成形性能，创造性地设计了一套可快换浇口，模腔封闭的螺旋测试模，并在螺旋测试模上采用正交实验设计，得出了高密度重合金喂料流动长度L〓的回归公式，揭示了L〓随Q〓、P〓、△T〓和S〓的变化规律，并得出工艺参数对成形性能影响的强度顺序为Q〓最大，P〓与△T〓其次，因而改善喂料流动性能应优先控制注射速率Q〓。

Then the algorithm was used to get the seven parameters of viscosity model of W-Ni-Fe heavy alloy and 316L stainless steel feedstock, which provide the necessary material data for quality forecast of mold core part made of stainless steel and heavy alloy tungsten ball, and for optimal design of mold and process parameters, which establishes the foundation of material database of MIM. In the research of visual simulation software development, in order to build the software system model and flow analysis algorithm based on Cross-WLF viscosity model, and realize functions such as pre-processor, solver, parameter regress, data management, graph operations, some advanced software methods as OOSE (Object Oriented Software Engineering) and UML were applied to set up user model, static model and dynamic model of MIM simulation software. These models describe system function, event flow, structure and relation of classes, object interaction, structure of database and I/O file format.

在MIM可视化仿真软件开发方面，为了建立软件系统模型及基于Cross-WLF粘度模型的流动分析算法，实现软件的前处理、求解器、参数拟合、数据管理和图形操作等功能，将面向对象软件工程与统一建模语言技术首次引入到MIM仿真软件的设计开发中，建立了软件的用户模型、静态模型和动态模型，描述了系统的功能需求、事件流程、类的结构与关系、对象之间的通信、数据库结构和输入输出文件格式等，用Visual C++与Delphi开发工具编码实现了2维MIM充模流动过程仿真软件，方便了对薄壁零件的质量预测以及模具和工艺参数的优化设计。

与mim相关的网络解释 [注：此内容来源于网络，仅供参考]

MIM：金属注射成形法

文章摘要:阻碍钛的广泛应用的主要障碍是其高成本. 采用近净成形(NNS)工艺,如粉末冶金技查'PM'是绕过这一障碍的途径之一. 本文将讨论预合金法(PA)、混合元素法(BE)和金属注射成形法(MIM)这样一些NNS钛PM工艺. (共2页)

MIM：金属 绝缘体 金属结构

miltronics 军用电子学 | mim 金属 绝缘体 金属结构 | mimic 毫米波单片集成电路

MIM：地对空导弹

UGM = 潜对地(舰)导弹 | MIM = 地对空导弹 | FIM = 地对空导弹(单兵)

MIM：皿

敏 mean | 皿 mim | 悯 mmin

MIM：abbr. managment information model; 管理信息模型