glass transition temperature tg 中文意思是什麼
glass transition temperature tg
解釋
玻璃態轉化溫度- glass : n 1 玻璃，玻璃狀物。2 〈集合詞〉玻璃製品，玻璃器具，料器；玻璃暖房 （＝glasshouse）。3 玻璃杯；一...
- transition : n 轉變，演變，變遷，變化；飛越；過渡期；【音樂】變調，轉調；【修辭學】語次轉變；【語法】轉換；【...
- temperature : n. 1. 溫度，氣溫。2. 體溫。3. 〈口語〉發燒，高燒。
- tg : Tg ＝type genus 【生物學】標準屬，模式屬。1. telegram. 2. telegraph.
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Dsc for the nanocomposites showed the glass transition temperature ( tg ) of the nanocomposites increases slightly as the mmt content increases. water absorption velocity and water retentivity under pressure tests showed the addition of montmorillonite ( mmt ) can improve the beginning absorption velocity and water retentivity for pure superabsorbent resin
吸水速率和加壓保水能力測試表明，一維納米級蒙脫土片層的引入能在一定程度上提高高吸水性樹脂的初期吸水速度和加壓下的保水能力。 -
If the surfaces of baso4 particles were not modified with couplant, the interface was clear with a very small adhesive force ; while the surfaces modified, the interface was fuzzy with a strong adhesive force. the glass transition temperature ( tg ) of baso4 / tpu blend was obtained by dma
當baso _ 4表面未用偶聯劑處理時， baso _ 4 / tpu共混體系相界面清晰，界面粘合力較小；當baso _ 4表面用偶聯劑處理后， baso _ 4 / tpu共混體系相界面模糊，界面粘合力強。 -
The paper focuses on the processing technique of wood flour - recycle polystyrene composite, and assesses the effects of wood flour contents, coupling agent contents and the rotate speeds of extruder on water uptake, tension strength, bending strength and dynamic mechanical properties. the results can be shown as follows : with the increasing of wood flour, composites gain higher water uptake but lower dynamic mechanical properties, the storage moduli ( e " ) and glass transition temperature ( tg ) decrease
較系統地研究了木粉含量、偶聯劑添加量和雙螺桿擠出機的螺桿轉速等主要擠出工藝參數對復合材料的吸水性能、拉伸強度、彎曲強度、動態機械性質（存儲模量e和損耗正切角tan ）的影響規律，初步確定了適宜工藝條件，主要結論是： 1 ）木粉含量的增加使得復合材料的吸水性能增加，動態機械性質下降。 -
The glass transition temperature ( tg ) of nanocomposites was higher than that of pure pvc
復合材料的玻璃化轉變溫度均高於純pvc 。 -
The glass transition temperature ( tg ) of most polymers appears at either low temperature below room temperature ( such as rubber ), or high temperature above room temperature ( such as plastics ), which are not suitable for practical application
由於高聚物的減振阻尼性能在很大程度上依賴于高聚物的粘彈性能，從而大大限制了高聚物減振材料的應用范圍。
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