| 1. | T = alpha temperature ; heat distortion temperature
阿尔法温度;热畸变温度。 |
| 2. | Martens heat distortion temperature test
马顿斯耐热试验 |
| 3. | Heat distortion temperature under load
热变形温度 |
| 4. | Hdt heat distortion temperature
热变形温度 |
| 5. | Heat distortion temperature
热变形温度 |
| 6. | Hr - 199sp - nc has excellent chemicals and boiling water resistance to high heat distortion temperature
8310不饱和聚酯树脂是一种bmc专用树脂，反应活性高。 |
| 7. | Xt - p1007 unsaturated polyester resin is reactive flame retardant resin , heat distortion temperature , curing speed , good soak and toughness , both major requirements for flame - retardant and high mechanical strength requirements pultruded products
P1007不饱和聚酯树脂是反应型阻燃树脂，热变形温度高，固化速度快，优良的浸透性和韧性，主要应用于既要求阻燃又要求机械强度高的拉挤产品。 |
| 8. | These results show that the nanocomposites is toughened and strengthened . the thermal stability of nanocomposites is improved and when organic montmorillonite content is lwt % , heating distortion temperature ( hdt ) of nanocomposites increases by 17 . 6 ? from 75 . 8 ? to 97 . 4 ?
复合材料的热稳定性有所提高，且在有机蒙脱土加入量为1wt时，热变形温度比纯不饱和聚酯( 75 . 8 )高17 . 6 。 |
| 9. | As the content of vermiculite minerals was about 3 % , the impact strength ( nick ) , the flexural strength and the heat distortion temperature ( hdt ) of the nanocomposites all were the lowest and decreased 21 % , 28 % , 3c , respectively . compared with those of the polybenzoxazine ( bisphenol a type ) , its thermal expanded coefficient ( tec ) was 3 . 4 % bigger than that of the polybenzoxazine ( bisphenol a type )
双酚a型ben蛭石纳米复合材料的力学性能和热性能表现出明显的结构特征，普遍地低于纯树脂的性能数值，而优于双酚a型ben金云母复合约zi和zs “热变形温度dt ）低约3 ，线膨胀系数高约3 |
| 10. | The modified epoxy resin materials with hg and hgh have first been preformed . properties test results show that the electricity properties and heat distortion temperature are improved by addition of hg or hgh in the epoxy resin materials , and the materials containing hg or hgh have lower linear thermal expansion coefficiency compared with neat epoxy resin
首先通过共混技术，分别用普通硅微粉和活性硅微粉制备出填充改性环氧材料，实验结果表明，填充改性后，耐热性和电性能明显提高，线膨胀系数显著降低。 |
