PIII

Influence of pulse duration on deflecting electric field PIII was investigated in this paper .

研究了采用偏转电场法注入时注入电压脉冲宽度对注入效果的影响。

Application of PIII Technology in Preparing of c-BN Hardened Layers

PIII技术在制备c-BN硬化层中的应用

Adhesion Damage and PIII Strengthening of Interfaces of Acoustic System in an Ultrasonic Plastic Welder

超声波塑料焊机声学系统连接界面破坏及PIII强化

In this paper , sheath scaling for PIII into a spherical target is investigated using numerical methods .

本文对球形靶的鞘层尺度进行了数值求解、讨论了注入参数对鞘层尺度的影响。

GENO CO PIII is a co - evolutionary genetic algorithm .

GENOCOPIII系统是一个协进化遗传算法系统。

The outer membrane protein includes PI , PII and PIII .

外膜蛋白包括PI、PII、和PIII。

Implanting hydrogen ions into silicon with PIII and then investigating their optical properties ;

采用等离子体浸没式离子注入技术（PIII）对硅材料进行改性并研究其光学性质，采用PIII技术向硅材料中注入H离子，研究其发光特性，并与采用束线离子注入技术进行比较。

Properties of TiN Films Prepared by PIII

PIII方法制备的TiN膜的性能

Synthesis of c-BN Hardened Film By PIII Technology

PIII技术制备c-BN硬化层

The 9 Cr 18 bearing steel surface was modified with metal plasma immersion ion implantation ( PIII ) .

采用新改进的阴极弧金属等离子体源，对9Cr18轴承钢进行了金属等离子体浸没离子注入（PIII）处理。

Controlling Synthesis of Ti-O / Ti-N Gradient Films by PIII

等离子浸没离子注入法合成氧化钛/氮化钛梯度薄膜与控制研究

Objective : To construct a library of M13 PIII fusion displaying peptides composed of 20 random amino acids .

目的：构建一个随机20个氨基酸的丝状噬菌体肽库。

How about fresh PIII bug tomorrow ?

明天来点新鲜的硬壳虫怎样？

Who 'd give a deadiy PIII to someone as a gift ?

谁会送人毒药当礼物呢？

As an experiment example , a 3D surface model of a plaster model have been successfully reconstructed on a platform of PIII 800 personal computer .

该方法已在PIII800的PC机上进行了验证，成功的重建了一人头石膏像的3D表面模型。

Modification effect of hot filament gas discharge PIII was compared with that of radio-frequency ( RF ) glow discharge PIII .

分析比较了灯丝放电PIII和射频辉光放电PIII对基体表面进行氮离子注入后的改性效果。

Plasma immersion ion implantation ( PIII ) has proven to be a low cost and high efficient surface modification technique to treat complex shaped objects .

等离子体浸没离子注入（PIII）是用于材料表面改性的一种较新的、廉价的、非视线的技术。

Lower impact energy and retained dose were found in inner surface PIII , but the former was not very serious , while the latter was .

通过模拟发现，内表面注入过程存在注入能量和注入剂量偏低的问题，但前者并不十分严重，而后者则比较严重。

The conventional PIII technique has been improved by adding filter . Consequentially , long pulse-high frequency PIII can be achieved on polymer surface .

改进传统的PIII工艺，加装过滤器装置，实现了聚合物表面的高频率高脉冲PIII处理。

The process of bearing balls in the plasma immersion ion implantation ( PIII ) was simulated using a 2-dimensional particle-in-cell ( PIC ) model .

利用轴对称PIC模型对轴承滚珠等离子体浸没离子注入（PIII）过程进行了数值模拟，对归一化电势的扩展情况进行了研究。

The PIII is also one of the envelope antigens of the Neisseria gonorrhoeae , expressing stably on surface in all Neisseria gonorrhoeae strains .

PIII也是淋病奈瑟菌的外膜抗原之一，稳定地表达于所有淋病奈瑟菌外膜表面。

Surface modification of 45 steel was investigated by hot filament gas discharge and radio-frequency ( RF ) glow discharge nitrogen plasma immersion ion implantation ( PIII ) techniques .

采用灯丝放电和射频（RF）辉光放电等离子体浸没离子注入（PIII）工艺对45钢表面进行了氮离子注入强化处理。

Plasma immersion ion implantation ( PIII ) for a planar target was simulated using 2D particle-in-cell ( PIC ) model . The plasma sheath evolution has been investigated .

采用二维元胞粒子模型（PIC），模拟了一个完整脉冲时段内，等离子体浸没离子注入平板靶的过程。

Be different from the PI , PII and pilus , the PIII that expressed only one type in all Neisseria gonorrhoea shows very high conservative .

与PI、PII和菌毛不一样，PIII表现出非常高的保守性，所有的淋病奈瑟菌都只表达同一型别的PIII。

In this investigation , gas barrier property of PET has been improved by plasma enhanced chemical vapor deposition ( PECVD ) and plasma immersion ion implantation ( PIII ) technologies .

本文通过等离子体化学气相沉积（PECVD）和等离体浸没离子注入（PIII）技术在聚酯材料表面制备了阻隔碳膜来提高气体阻隔性能。

On the basis of substrate property and service condition , the substrate can be divided into soft substrate and hard substrate , and the corresponding PIII & D duplex treatments were offered .

根据基体性能和服役条件，将基体材料分为软基体材料和硬基体材料两类，并分别给出了相应的PIII&D复合强化处理工艺过程。

It is of great practical importance to predict the sheath evolution during plasma immersion ion implantation ( PIII ) of spherical targets in order to properly design the vacuum chamber and treatment processes .

对于等离子体浸没离子注入（PIII）技术，球形靶鞘层尺度预测对真空室设计、批量处理研究等是十分有用的。

Be aimed at this condition , we developed the industrial circulation-water adding drugs control system . The system is made up of IPC610 / pIII industrial computer and SIEMENS S7-300 PLC and inspecting instruments .

针对这种情况，开发研制了工业循环水加药控制系统，该系统由IPC610/PⅢ工控机和SiemensS7-300PLC以及检测仪表构成。

Plasma immersion ion implantation ( PIII ) circumvents the line of sight restriction inherent to conventional ion implantation ( IBII ), is a more suitable method for treatment of complex shaped workpieces .

等离子体浸没离子注入（PIII）消除了传统束线离子注入（IBII）固有的视线限制，是一种更适合于处理复杂形状工件的手段。

By experiments , the algorithm uses only a quarter of the real time when mixing 8 MPEG-I layer-II bitstreams by PIII 600 MHz PC and this completely satisfies the requirement of professional digital audio station .

实验表明，用该算法进行8路MPEG-ILayer-II解码混音时，在PI-II600MHz的PC机达到了0.25倍实时的解码速度，完全满足了专业数字音频工作站的要求。