它是由铝管、聚酯薄膜和钢琴丝制成的，一个奇怪的水平稳定器从前面伸出，像鹳的头。
It was made of aluminum tubing, Mylar and piano wire, with a weird horizontal stabilizer poking from the front like the head of a stork.
该电容器采用聚酯薄膜作介质。
高频-双1英寸出口聚酯薄膜新。
个人喜欢用那种叫做聚酯薄膜的保温材料。
What I like to use is that thermal blanket material called mylar.
多组铜丝的周围被一层耐热聚酯薄膜绝缘包裹。
Many groups around the copper wire by a layer of heat-resistant polyester film wrapped insulation.
用一张纸或聚酯薄膜霞盖在平板仪上，可在制图时作诠释。
A sheet of paper or mylar covering the plane table is annotated during map construction.
该产品是有6020聚酯薄膜涂以粘合剂再与绝缘纸复合而成。
The product is made with6020polyester thin film coated with bonding agent and compounded with insulation paper.
于广泛范围的底材，包括处理过的聚烯烃，玻璃纸和聚酯薄膜。
Excellent adhesion can be attained on a wide range of substrates including treated polyolefin, cellophane and polyester films.
主要产品：光学级聚酯薄膜、高性能聚酯薄膜、工业聚酯薄膜。
Main Products: Optical Bopet film, High functional Bopoet film, Industrial Bopet film.
一旦画布看起来稳固下来了，她就在背面贴上聚酯薄膜材质的补丁。
Once the canvas seemed stabilized, she placed a clear Mylar patch on the back.
本文研究了ABS塑料、聚氯乙烯、聚酯薄膜的自催化镀铜工艺。
Process of copper autocatalytic plating on ABS plastic, polyvinyl chloride, polyester film have been studied in this investigation.
经（NG）改性的聚酯薄膜在热空气中的热收缩率超过35 % ；
Polyester film modified with NG had a shrinkability of more than 35% after the treatment in hot air.
介绍了日本几家公司提高薄膜耐划擦性，生产高档聚酯薄膜的方法。
This paper introduces some companies in Japan the ways on improving ZMarresistance of the polyester film and producing the high - level polyester film.
目前国内特种聚酯薄膜市场的需求在不断增长，国际市场前景更加广阔。
At present there is increasing demand for special polyester film in domestic market.
在国家启动的最先进的生产线是2009年底的目标，并将生产高性能聚酯薄膜。
The start up of the state-of-the-art extrusion line is targeted for late 2009 and will produce high-performance polyester films.
讨论了聚酯薄膜电晕处理及其应用的关系，指出在一些应用范围电晕处理的必要性。
It was indicated that the corona discharge treatment was necessary in some applied field of polyester film.
传送系统由聚酯薄膜滚筒构成（如必需可实现卷到卷），确保板料的平整性和清洁性。
The conveyor system made through mylar rolls (from roll to roll and recoverable if necessary), assures maximum planarity and cleaning of panels.
介绍了BOPET聚酯薄膜生产线的控制系统原理，系统结构，以及对控制系统的改造。
This paper introduces the principle, structure of automatic control system for BOPET - (polyester film) production line, and the retrofit for this control system.
针对双向拉伸聚酯薄膜的生产特点，建立了一套模型，用于加工过程中的传热问题研究。
In accordance with the characteristics of the production of BOPET, a model was established to analyse the heat transmission during the processing.
介绍了BOPET 聚酯薄膜生产线的控制系统原理，系统结构，以及对控制系统的改造。
This paper introduces the principle, structure of automatic control system for BOPET - production line, and the retrofit for this control system.
导电线芯外面采用耐热聚酯薄膜绝缘带绕包，最外层用橡皮制成的绝缘兼护套做为保护层。
Conductive wire core outside the use of heat-resistant polyester film insulation tape wrapped around, the outermost layer made of rubber insulation and sheath as protective layer.
该产品是由聚酯薄膜涂以胶粘剂，单面粘合轧光聚芳酰胺纤维纸而成的二层柔软复合材料。
The product is two layers of limpness composite material of polyester thin film coated with bonding agent and single surface bonding of calendaring aromatic polyamide fiber paper.
导电线芯外面采用耐热聚酯薄膜绝缘带绕包，最外层用橡皮制成的绝缘兼护套做为保护层。
Conductive core line outside a thermally insulated with polyester film around the package, with the outer layer made of rubber insulation and jacket as a protective layer.
导电线芯外面采用耐热聚酯薄膜绝缘带绕包，最外层用橡皮制成的绝缘兼护套做为保护层。
Conductive line outside the core using heat-resistant polyester film with insulation around the package, the outermost layer of rubber insulation and sheath made of as a protective coating.
新生产线生产高性能的食品和消费品包装应用，特别是聚酯薄膜，以支持快速增长的英国市场。
The new line produces high-performance polyester films for food and consumer packaging applications, in particular to support the fast growing UK market.
介绍了拉幅生产线聚酯薄膜生产目标厚度自动调整系统的工作原理、工作特点、主要控制参数。
The working principle, characteristics and main control parameters of film extruder production line PET film production objective thickness self-control system were introduced.
它改进自nanosail计划，帆面由镀铝聚酯薄膜做成，厚度大约只有普通垃圾袋的四分之一。
Its sail, adapted from the Nanosail project, is made of aluminized Mylar about one-quarter the thickness of a trash bag.
这个飞行器由铝质管材、聚酯薄膜和钢琴丝制成，前端伸出来一个活象鹳的脑袋的怪异的水平稳定器。
It was made of aluminium tubing, Mylar and piano wire, with a weird horizontal stabiliser poking from the front like the head of a stork.
这个飞行器由铝质管材、聚酯薄膜和钢琴丝制成，前端伸出来一个活象鹳的脑袋的怪异的水平稳定器。
It was made of aluminium tubing, Mylar and piano wire, with a weird horizontal stabiliser poking from the front like the head of a stork.
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