辅助气体是影响激光打孔质量的一个重要因素。
Assisted gas is one of the key factors that influence the quality of laser drilling.
提出了工具电极超声振动辅助气体介质电火花加工方法。
Tool electrode ultrasonic vibration aided gas medium EDM technology was proposed and correspondingexperiment system was designed.
提出了超声振动辅助气体介质电火花加工技术并简述了其加工原理。
Ultrasonic vibration assisted EDM was proposed and its principle was introduced in this paper.
实验中尝试使用不同的靶材料和辅助气体产生负离子，以提高负离子束的束流强度。
Different target materials and auxiliary gases were tried out in the experiment inorder to increase the beam intensity.
通过选择合适的脉冲次数、激光波长以及辅助气体工艺，可获得较理想的微腔形貌和表面质量。
With appropriated laser parameters (pulse times, wavelength) and assisting gas, a desired micro-structures and surface quality can be achieved.
研究了分析谱线、背景校正点、高频功率、载气压力、试样提升量和辅助气体流量对分析结果的影响。
The effects of analytical spectral line, back ground correcting point, high frequence power, carrier gas pressure, flow rate of liquid sample and auxiliary gas on analytical results were investigated.
进行了超声振动辅助气体介质中放电铣削加工材料去除基础理论的研究，分析影响材料去除的因素及影响规律。
The material removal mechanism of UED-Milling and factors that affect material removal rate are studied, and laws of how these factors affect material removing are also concluded.
本文讨论了负离子对脉冲CO_2激光器寿命的影响，辅助气体H_2，CO以及催化剂对放电稳定性的影响作了研究。
The effect of negative ions on the lifetime of a pulsed TEA CO_2 laser is discussed. The effects of the additional H_2 or CO or catalysts on the stabilities of electric discharges are investigated.
提供了空间加热系统(100)，其包括热泵(105)、辅助气体加热系统(110)以及连接到加热系统(100)上的控制器(115)。
There is provided a space heating system (100) that includes a heat pump (105), a supplemental gas heating system (110), and a controller (115) connected to the heating system (100).
但这种气体只起辅助作用，并且可以很容易地找到其他更便宜的替代品。与其他工业主要原料相比较，放弃它更为容易和划算。
Something peripheral for which alternatives can be readily found is easier and cheaper to do without than something at the heart of industrial life.
讨论了气体辅助注射成型技术与传统注射技术相比所具有的优良特性。
The excellent performance of gas assisted injection molding is discussed by comparison with conventional injection molding.
气体辅助注射成形是一种先进的塑料成形工艺。
Gas assisted injection moulding is a advanced plastics forming technique.
气体辅助注射成型机的注气控制系统是一小延迟、小惯性系统。
The gas injection control system used for gas assisted injection molding is a small delay and small inertia system.
气体反冲及气体辅助刮刀装置：这种新技术的应用，可以使残余滤饼降低最少，以便滤布再生。
Air recoil and pnermatic auxiliary scraper: this technology effectively reduces the solids remained in the drum and effective resume the performance of the filter cloths.
实验结果表明在减压氩气环境下，激光微区发射光谱与环境气体、环境气压和辅助激发参数密切相关。
The results show that LMESA spectrum strongly depends on the environment gas, its pressure and the auxiliary excitation parameters.
本阀门适用于气相色谱仪或其它仪器调节载气、辅助气和其它气源气体流量的大小。
The valve for gas chromatography or other instruments to adjust the carrier gas, auxiliary gas and other gas source gas flow size.
介绍了气体辅助注射成型技术的工作原理，气体注射装置的基本组成系统。
The operative principle of gas assisted injection molding and the structure components of gas injection machinery are analyzed.
阐述了气体辅助注射模具设计的一般原则，介绍了气针的工作原理和选择方法。
The general design principle of gas-assisted injection mould design is discussed. The working principle and selection method of gas pins are introduced.
气体辅助注塑成型工艺包含塑料熔体注射和气体注射两部分，由气体推致力塑料熔体充满模具型腔。
Gas assisted plastics injection molding process includes injection of polymer melt into mold cavity and then injection of gas-compressed into the polymer melt.
这种电子辅助设备，花费最少的时间和力气，能确保气体供应可靠并且能自动防止故障。
With a minimum of time and effort, this electronic aid enables a reliable and fail-safe gas supply.
本文描述了气体辅助注射成型过程中熔体流动和气体穿透的原理，分析了气体和熔体交界处应满足的边界条件。
This paper depicts the principle of polymer melt movement and gas penetration in the gas-assisted injection molding and analyzes the boundary condition of gasmelt interface.
结合生产实践经验，主要讨论了气针气道的设置及气体工艺对气体辅助注射成型产品质量的影响。
Based on experience of producing practice, mainly discussed the influence of the pin and gas channel setting and gas process in promoting quality of gas-assisted injection products.
利用气体击穿获取窄脉冲微波是提高微波效应源性能的一种较为有效的辅助手段，其费效比较低，能够较好地为当前的高功率微波效应实验服务。
The basic conclusion is that it is an effective cheap method to obtain narrow microwave pulse through gas breakdown, and works well in HPM effect experiment.
介绍了气体辅助注塑成型技术的工艺过程和特点，阐述了气体辅助注塑产品和模具设计的基本思路，尤以彩色电视机前壳模具为例进行了具体的分析。
The basic ideas of designing plastic product and molds with gas-assisted injection molding technology are demonstrated with the mold designing of a color TV cabinet taken as an example for analysis.
数值模拟的气体辅助注射成型充填阶段，可以给一个指令的产品，这样的结果的精度是非常重要的。
The numerical simulation of the filling stage in gas-assisted injection molding can give an instruction to product, so the precision of the result is important.
注塑计算机辅助工程学(CAE)技术是CAE技术中一个重要的组成部分，介绍了目前气体辅助注塑成型工艺中的难点及CAE分析技术。
As an important part of computer aided engineering (CAE), the plastic injection CAE technology is introduced in order to solve some technical problems in gas-assisted injection molding process.
为了解决这一问题，引入空气体积率作为粉土压实的辅助控制标准，并建议提高现行路堤的压实度控制标准。
In order to solve this problem, volume ratio of air is used as an assistant criterion for the compaction of silt.
气体反冲及气体辅助刮刀装置：这种新技术的应用，可以使残余滤饼降低最少，以便滤布再生。
Pneumatic auxiliary scraper and air recoil device could completely clean the solid materials remained in the drum, good for the filter cloth recycling.
图7展示了气体辅助注塑成型中设计的大加强肋几何结构和坚固度增加的关系。
Figure 7 shows how the stiffness increases with larger rib geometries designed for gas-assist molding.
图7展示了气体辅助注塑成型中设计的大加强肋几何结构和坚固度增加的关系。
Figure 7 shows how the stiffness increases with larger rib geometries designed for gas-assist molding.
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