晶性熱塑塑膠 的英文怎麼說

中文拼音 [jīngxìngjiāo]
晶性熱塑塑膠 英文
crystalline thermoplastics
  • : Ⅰ形容詞(光亮) brilliant; glittering Ⅱ名詞1. (水晶) quartz; (rock) crystal 2. (晶體) any crystalline substance
  • : Ⅰ名詞1 (性格) nature; character; disposition 2 (性能; 性質) property; quality 3 (性別) sex ...
  • : 動詞(塑造) model; mould
  • : Ⅰ名詞1 (某些具有黏性的物質) glue; gum 2 (橡膠) rubber 3 (姓氏) a surname Ⅱ動詞(用膠粘) st...
  1. It has exact processing and heat treatment gate bushing, the part of heat can be delivered to the steel around the gate which make the plastic just enter wouldn ' t be frozen so quickly. it applies to crystalline materials

    帶精確加工及處理的一體澆口司,能傳遞部分量至澆口區域的金屬,使得剛一進入型腔的料不至於迅速凝固,適于快速凝結的結
  2. Tip point nozzle will leave minor point mark on the surface of products. it has plastic cement heat insulations. it applies to all of plastic materials

    點澆口咀,在產品表面留下極小的點狀澆口痕跡。咀前端有隔層,適于非結及半結
  3. The crystal is applied to the papermaking that can raise whiteness and non - transparency, remains - proportion of the crystal is higher than the usual light calcium carbonate. as for plastics, it can improve impact strength in the plastics, its inhibiting - burning capability is advancing bigger than the common inhibiting - burning material of magnesium hydroxide. concerning the thermo tropic adhesives, the physical property of compound - packing is higher than the one of single - packing, namely remover strength, softening point, hardness, climate tolerance and the speed of consolidation are high

    須作為造紙填料,可使紙張的白度和不透明度提高,留著率比造紙常用填料輕質碳酸鈣高;用作料填料,可使料的沖擊強度提高,阻燃能比常用阻燃材料氫氧化鎂有較大的提高;添加到熔型粘劑中,與輕質碳酸鈣混合使用可明顯提高的剝離強度、軟化點、硬度、耐侯以及固化速度。
  4. In the second part, the reliability research on electronic packaging was concentrated with finite element method ( fem ) on moisture diffusion in plastic materials, die cracking of flip - chip with no - flow underfill and thermal performance of high power electronic components. in the last chapter, the design tool for advanced electronic package was studied. the main conclusions in the second part are as follows

    論文第二部分電子封裝可靠研究包含對封材料中水汽擴散研究、填充不流動的倒裝焊元可靠研究以及大功率器件散問題研究三方面內容,最後為實現封裝設計標準化和自動化,研究了若干最主要的電子封裝構型的參數化有限元建模、加載和相應的求解方法。
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