1、

Controlling the oxygen level within the curing chamber is simply a matter of adjusting the nitrogen flow rate until the desired reading is obtained.

控制范围内氧气水平的固化室是一件简单的事,调整氮气流量,直至理想的阅读获得。

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2、

Oxygen is purged from the chamber using nitrogen gas, which is introduced in a controlled manner via a'nitrogen knife'at the web inlet and via an injector in the curing chamber.

清除氧是由室内使用氮气,这是实行控制的方式通过'氮刀'在网络入口,并通过一个注射器在治疗室。

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3、

And if there is a hydroxyl in ortho position of carboxyl, the oxygen of hydroxyl and carboxyl in ligand are bound to Ti to form hexatomic cyclic compound.

而羧基邻位有酚羟基存在时,则配体以双齿形式与钛配位形成二茂钛六元环状化合物。

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4、

There is an oxygen cylinder in the sickroom in case.

病房里有一个氧气瓶,以防万一。

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5、

Sulphur determination of plant leaves by oxygen cylinder combustion-ionic chromatogram

氧瓶燃烧-离子色谱法测定植物叶片中的硫

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6、

Using high pressure oxygen cylinder as supercharging device, pressure test of autopolymerizing acrylic resin was carried out.

采用自行设计的高压氧气加压法测定了自凝树脂的耐水压性能。

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7、

The influence of thermal oxygen on the tensile yield stress, tensile breaking stress, impact strength, elongation at break, melt point and the heat of melting of PF Nylon 1212 is investigated.

通过热氧老化试验,考察了热氧对尼龙1212拉伸屈服应力、拉伸断裂应力、冲击强度、断裂伸长率、熔点、熔融热的影响。

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8、

Investigators are focusing on the idea that an oxygen cylinder might have exploded mid-flight, ripping a hole in the side of the plane.

调查者聚焦的问题点是:一个氧气瓶可能在航行中爆炸了,在飞机的里面撕裂一个洞。

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9、

By analyzing the cases of oxygen cylinder accidences, we find out the main causes and possible ways and give the concept of "structure important degree" to describe the accidence.

应用事故树分析方法对氧气瓶爆炸事故进行分析,找出了引发事故的基本原因和途径,分析了基本原因事件的结构重要度。

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10、

Repair of piston style oxygen compressor cylinder

活塞式氧气压缩机的气缸修复

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11、

Ordered structure formed by carbon and oxygen on the mo ( 110) surface

碳和氧在钼(110)表面上形成的有序结构

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12、

Through the process test 、 wearing test and microstructure observation and analysis, the convention performance of oxygen-acetylene flame spray welded layer is studied.

通过工艺试验、耐磨试验和显微组织观察分析,研究了氧-乙炔火焰喷焊层的常规性能。

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13、

In this review, we collected the current research results on this area and it will hopefully stimulate further work on the structure of oxygen evolving complex and the mechanism of water oxidation.

本文结合当前研究结果,就光合放氧复合物的结构及光合放氧机理进行了综述,希望能有助于推进这方面的工作。

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14、

Study on destraction of benzene ring structure by phosphorus oxygen reaction

黄磷诱发氧化破坏苯环结构的反应途径

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15、

The First Smelter Introducing Oxygen enriched Air Bath Smelting Technology in China& A brief account of technical modification in Daye Smelter; Determination Method Improvement of Selenium Content in Copper Electrolysis Slime from Smelter of Daye Nonferrous Metals Corporation

我国第一座引进富氧熔池熔炼技术的工厂&大冶冶炼厂冶炼技术改造概况大冶有色金属有限公司冶炼厂铜阳极泥中硒测定方法改进

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16、

It describes major features of Noranda oxygen enriched air bath smelting process and its adaptability to modification of Daye Smelter, analyses in details the modification design and the difference from Horne Smelter and presents satisfactory results achieved after modification.

阐述了诺兰达富氧熔池熔炼工艺的主要特点和对大冶冶炼厂改造的适应性,详细分析了大冶改造设计与霍恩冶炼厂的不同之处,并介绍改进后所取得的效果。

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17、

This paper analysed briefly technical characteristic of different kinds of copper crude metallurgy and combined with productive practice of Yunnan Copper Industry Company. Application of oxygen enriched air top blowing bath smelting process to reconstruct copper crude metallurgy system have been put forward.

文章简要分析各种铜粗炼工艺特点,结合云南铜业股份有限公司生产实际,提出了采用富氧顶吹熔池熔炼法改造铜粗炼系统是较为合理的工艺方案。

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18、

Effect that low oxygen of highland generates to rats blood vessel bast cell no

高原低氧对大鼠血管内皮细胞NO生成的影响

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19、

Higher self biasing voltage increases ion bombardment energy and densities of oxygen atoms/ ions, which is a key factor for etching.

基底直流自偏压的提高能增强离子轰击效应和增加氧原子/氧离子密度,因而是决定刻蚀速率的一个关键因素。

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20、

Oxygen ECR/ RP plasma etches diamond successfully with an etch rate up to 8 μ m/ h. The etch rate and surface morphology are influenced by biasing frequency and self biasing voltage.

在射频偏压辅助下,氧等离子体成功地对金刚石膜进行了刻蚀,刻蚀速率最高可达8μm/h,偏压频率和直流自偏压大小均会影响刻蚀速率和刻蚀表面形貌。

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