prepreg中文,prepreg的意思,prepreg翻译及用法

2025-11-01 10:30 浏览次数 9

prepreg

英['pri:preg]美['pripreg]

n. 半固化片;预浸材料

prepreg 英语释义

英语释义

    1. a reinforcing or molding material (such as paper or glass cloth) already impregnated with a synthetic resin

prepreg 片语

片语

prepreg cutting预浸料下料

prepreg method预浸渍法

NoFlow Prepreg不流动半固化片

Prepreg cut半固化片下料

prepreg material预浸材料

Carbon Prepreg碳纤维预浸料

Ablative prepreg烧蚀性预浸料

prepreg tape预浸单向带

thermoplastic prepreg热塑性树脂预浸料

prepreg 例句

英汉例句

  • a method of forming an exterior surface protective structure (12) for an aircraft (10) includes uniting a loaded surfacer (52) having a carrier (51) to a hybrid prepreg substrate (32).

    一种为飞行器(10)形成外部表面防护结构(12)的方法,包括将具有载体(51)的受载表面料(52)结合到混合预浸渍基材(32)。

  • the stitching process was applied to improve the properties in the throughthickness direction of composites based on prepreg materials.

    采用缝纫工艺对基于预浸料辅层的复合材料进行厚度方向增强,用落球法进行了沖击损伤和沖击后压缩破坏实验。

  • the prepolymer blending with ae resin can increase dramatically its toughness and tack of prepreg under room temperature.

    改性剂a预聚体中加入ae树脂,可显着提高基体韧性和预浸料室温粘性。

  • good prepreg with stable processing and according with demands can be fabricated by controlling these factors reasonably.

    通过合理控制这些影响因素,可制备出工艺状态稳定、质量符合要求的预浸无纬布。

  • the rf-0.7e prepreg scaled flow testing press is designed to meet the requirements of ipc-tm-650 method 2,4,38 for determine the scaled flow parameters of prepreg.

    半固化片树脂比例流动度试验压机按ipc-tm-650试验方法手册中的试验方法2、4、38设计制造,专门用于测试半固化片的标定流动性。

  • was installed at the same time to cut and kit the prepreg , which significantly reduced material waste and helped optimize material throughput.

    这在很大程度上减少了原材料的浪费,有助于原材料得到最大限度的利用。

  • the consumption of epoxy group and the constancy of the benzene ring peak were investigated by the in-situ nir analysis during curing study of epoxy prepreg at 100℃.

    环氧预浸料100℃下恒温固化的nir跟蹤结果显示,在固化过程环氧基团保持均匀消耗,苯环峰强度基本保持不变。

  • the effect of resin composition and processing parameters of narrow fiberglass tape on the properties of prepreg and composites are studied as well.

    探讨了树脂基体组成、连续玻璃纤维窄带预浸工艺参数等变量对预浸料和复合材料性能的影响。

  • a new matrix resin for composite 4501b is introduced, the properties of the resin, cured resin and composites are studied, and the processability of the prepreg is also shown.

    本文介绍一种新的复合材料用树脂基体4501b,研究了树脂的性能、固化树脂的性能、预浸料的工艺性及复合材料的性能等。

  • using imported prepreg as the raw material, the second overall compression molding for external trough line and the tube, excellent surface finishment and mechanical performance.

    采用进口预浸布作为原材料,槽线与管体二次固化整体成型,表面光洁度和力学性能优异。

  • changing the layer stack-up style changes the way that the core and prepreg layers are distributed through the layer stack.

    改变了风格层堆叠的方式改变为核心,预浸料层是通过分布层堆叠。

  • in this paper, the technology of carbon fiber reinforced peek prepreg produced by melt impregnation is investigated.

    初步探索了熔融浸渍法制备碳纤维增强peek预浸带的制备工艺。

  • the mechanical properties at room temperature and high temperature at dry and wet state of m40/5228 prepreg made by wet filament winding process and cured in autoclave were investigated.

    用湿法缠绕技术制作了m40/5228预浸料,对热压罐固化的m40/5228复合材料的室温、高温十态和湿态力学性能进行了研究。

  • tests were also carried out in composite manufacture, in which the fiber optic refractive sensors were embedded in the prepreg during the cure process.

    在实验室与生产现场两种条件下将光纤折射率传感器埋设于预浸料中对其固化工艺过程进行了监测。

  • the low temperature moulding prepreg technology and it's application are emphasized.

    本文简介炭集团公司概况,重点介绍低温成型预浸料技术及其应用。

  • the results show that, when the temperature of far infrared oven is 100℃, the properties of prepreg and its composite vessels are similar to the properties of those made with electric heating process.

    研究结果表明,远红外加热(炉温控制在100℃)所制备的预浸带性能及相应复合材料压力容器性能与现行工艺成熟的电加热制品性能相当。

  • the properties of plain carbon fabric prepreg were researched using a picture frame shear rig which is(installed) on a mechanical test machine.

    利用安装在拉伸试验机上的像框剪切装置,研究了平纹预浸碳纤维机织织物的剪切行为。

  • the kinds of high-property thermoplastic resin, properties of them and their composites, technologies for making prepreg and ports, and their application in aircrafts were reviewed in the paper.

    介绍了芳香族热塑性树脂的种类、性能,预浸料、复合材料的制备方法,复合材料的力学性能及其在飞机上的应用。

  • it would be difficult with complex shape to use prepreg mat or rtm process without having resin-starved or resin-rich area, compromising performance.

    以传统的预浸布或树脂转注成型来说,要避免树脂过多,或是树脂缺乏区域,甚至在成品性能上妥协,是一件困难的事。

  • the resin content, the volatile content and the pre-curing degree of the silica/phenolic resin prepreg cloth were on-line determined by near infrared diffuse reflection spectrum.

    采用近红外漫反射光谱技术对高硅氧/酚醛预浸布的树脂含量、挥发分含量和预固化度等质量指标进行了在线测定。

  • difference of prepreg technique and the tail rotor rigidity were the key resulting in product life decline.

    预浸料工艺性能的差异及桨叶刚度不足是造成产品寿命下降的主要原因。

  • tensile stress was applied to the fiber prepreg to modify the residual stresses in arall during curing.

    本文采用预应力法调整了纤维-铝合金胶接层板的残余应力;

  • this heat resistance leads to considerable savings in composite production methods (e. g. the prepreg procedure).

    这一耐高温性能为复合材料的生产带来了很大节约。

  • the impregnating methods concerned in this paper have the advantages such as availability for different types of resin systems, prepreg with uniform resin content and higher producing efficiency, etc.

    本文所涉及的预浸方法具有如下优点:适于不同体系的树脂,预浸料树脂含量均匀,生产效率高等。

  • an optical fiber sensor system, established by our laboratory, was used to measure the pressure change in the normal direction of prepreg layers to monitor the cure process.

    利用自行研制的光纤微弯压力测试系统,对树脂基复合材料热压成型过程进行实时监测。

  • this paper describes the hybrid-construction pcb were fabricated by the fr-4 laminate and high performance low-loss prepreg to achieve lower signal crosstalk and permit lower cost.

    综述了采用低成本的常规fr-4层压板芯材和低介电常数高性能的半固化片形成的混合结构印制板,它具有较低的信号串扰和较低的成本。

  • microcapsule-type curing agent, method for producing the same, thermosetting resin composition, prepreg and fiber reinforced composite material.

    微胶囊型固化剂,其制备方法,热固性树脂组合物,预浸渍物及纤维增强的复合材料。

  • the effects of the sample dimension and the type of fabric on the gel properties of the prepreg were investigated.

    在此基础上考察了试样尺寸和纤维织物结构对预浸料凝胶特性的影响。

相关热词