2010/8/19 9:03:53 69true 2010/8/19 9:03:21 68true 2010/7/9 12:11:06 67true 2010/7/9 12:11:06 66true 2010/4/12 9:42:40 65true 2010/10/18 15:54:22 64true 2011/7/12 15:35:49 63true 2011/5/9 15:24:31 62true 2011/3/9 14:35:57 61true 2011/11/15 12:24:42 60true 2011/12/9 14:19:30 59true 2011/9/29 16:07:20 58true 2012/3/20 9:25:15 57true 2013/7/29 10:49:53 56true 2013/5/3 14:58:58 55true 2013/1/7 9:27:36 54true 2014/8/5 10:23:43 53true 2014/5/4 9:55:05 52true 2014/5/4 9:55:05 51true 2014/3/24 13:35:38 50true 2014/10/29 11:26:13 49true 2015/8/12 11:11:16 48true 2015/8/12 11:11:15 47true 2015/8/12 11:11:14 46true 2015/8/12 11:11:18 45true 2015/4/8 9:36:51 44true 2015/3/9 8:41:27 43true BPSMA>LPSMA，且M-BPSME作分散剂的颜料分散体系的离心稳定性和冻融稳定均在97%以上。]]> 2015/2/9 11:04:16 42true 2015/9/8 14:24:29 41true 2015/9/8 14:24:30 40true 2016/8/17 8:32:31 39true 2016/5/6 10:28:07 38true 2016/10/10 14:30:10 37true 2016/9/13 10:39:50 36true 2017/8/3 11:11:28 35true 2017/9/4 13:55:27 34true 2018/3/15 11:04:58 33true 2018/1/5 9:44:56 32true 2018/12/7 10:51:44 31true 2020/6/8 15:19:14 30true 2020/6/8 14:58:32 29true 2020/3/23 10:26:00 28true 2020/3/23 10:26:00 27true 2019/11/27 9:37:06 26true 2020/8/31 10:38:54 25true 2021/9/13 10:06:59 24true 2021/6/9 10:37:56 23true 2021/3/11 10:07:34 22true 2021/1/5 14:45:54 21true 2020/11/23 15:55:50 20true 2021/11/1 9:20:44 19true 2021/9/13 10:11:30 18true 27.0%，表现出较好的耐久性。]]> 2022/5/11 8:10:10 17true 2022/5/11 7:58:25 16true 2022/4/11 14:09:27 15true 2023/8/14 10:51:14 14true 2022/4/11 14:09:48 13true 2022/1/29 10:24:15 12true 2022/1/11 9:05:08 11true 2022/10/25 14:01:50 10true -4^提高到0.842W/cm.℃×10_-4^{,热学性能得到了充分的提高。}织物燃烧后所形成的残炭由无到连续且致密。]]> 2023/5/11 0:00:00 9true 2023/4/13 10:31:44 8true 2023/6/12 8:46:52 7true 50。硅氧烷低聚物通过侧基上的不饱和双键发生自由基聚合和硅醇基偶合交联实现固色，并赋予织物良好的疏水性能和抗紫外线性能。]]> 2023/1/17 10:42:53 6true 2022/10/25 0:00:00 5true 2024/1/9 15:01:40 4true 2025/1/17 15:20:43 3true 2025/1/17 15:20:47 2true 2025/12/16 11:38:38 1true