1.
Analysis of Operation of Mitsubishi Electric Power Transformer in NanTong
日本三菱变压器在南通运行情况分析
2.
Spindle Modification of CNC Lathe CK7815 with Mitsubishi Inverter
用三菱变频器改造CK7815数控机床主轴
3.
Application of Mitsubishi Inverter Remote Control Function in PC Shear for Bar Steel
三菱变频器遥控功能在PC钢棒剪切机中的应用
4.
Communication between S7-200 and mitsubishi inverter based on free port mode
基于自由端口模式的S7-200与三菱变频器的通信
5.
MUSA (Multiple Unit Steerable Antenna)
可变方向的多菱形天线
6.
Constitute Multi-motor Frequency Speed Control System with Mitsubishi PLC and Its Frequency Inverter;
用三菱PLC及其变频器构成多电机变频调速系统
7.
The pyrite and siderite associated with the ores have been oxidized into limonite, hemitite and goethite.
黄铁矿、菱铁矿变为褐铁矿、赤铁矿和针铁矿。
8.
Study on Deformation Behavior of Lozenge Curtain Wall Unit in CCTV New Building
中央电视台新主楼菱形幕墙单元变形性能研究
9.
Studies on Postharvest Quality, Biochem-Physiology and Enzymatic Browning of Trapa ssp.;
菱角采后品质、生理生化和酶促褐变特性研究
10.
The Research of DAE Automatic Transmission Project Cultural Management
东安三菱自动变速器项目文化管理研究
11.
Analysis and Treatment for Operating Condition of HGIS Manufactured by Mitsubishi Corporation in 500kV Huangyan Substation
500kV黄岩变电站三菱公司HGIS运行状况分析及处理
12.
Therefore rho-mbic section angle thermometer provides a means for study the relation. betw-een deformation and metamorphism.
因此,利用菱切面角温度计可以研究形变与变质的关系。
13.
A series of ultrastructural changes of plastids such as deformation, invagination, gemma like extension have taken place in the development process of the shoot axis of Trapa acornis .
南湖菱苗端茎轴质体的发育经历了变形、内吞、出芽等变化过程。
14.
Isolation and Identification of the Pathogenic Bacteria From Turbot and the Cloning, Mutation, Expression of Hemolysin Gene of Vibrio Anguillarum M3;
大菱鲆致病菌的分离鉴定和鳗弧菌溶血素基因的克隆、突变和表达
15.
Physiological and biochemical change of Scophthalmus maximus kept alive at low temperature with or without water
低温下大菱鲆有水和无水保活过程中生理生化变化的研究
16.
Gravure Printing Machine Control System Based on Mitsubishi Inverter
基于三菱卷取专用矢量变频A740-A1的凹印机张力控制系统
17.
Phase transformation of MgAl_2O_4-SiAlON composites synthesized by carbonthermal reduction and nitridation method from magnesite and bauxite
碳热还原氮化菱镁石和铝矾土合成MgAl_2O_4-SiAlON的物相演变
18.
Comparative study on resistance characteristics and motion change of RHN and KRNDM
六角形目和无结菱形目经编网片阻力性能与运动变化的比较