1)  SPACE method
SPACE方法
2)  SP
SP
1.
Mineral Catalyzed to Synthesizing SP and SP-C;
矿物质催化合成SP及SP-C
2.
Polymer and SP and XT bi-crosslinked profile control agents:research and application;
聚合物与SP及XT双交联调剖剂的研究与应用
3.
Effect of Oubining on the Change of SP and NK_1-R Induced by Cisplatin;
呕必宁对顺铂诱发脑及胃组织SP及NK_1受体改变的影响
3)  substance P
SP
1.
A triple immunofluorescence histochemical staining technique was used to examine the connections between serotoninlike immunoreactive (5-HT-LI), substance P(SP)-LI terminals and thalamic(TH)- or para brachial (PBN) - projection neurons in the superficial laminae(lamina Ⅰand lamina Ⅱ) of the caudal spinal trigeminal nucleus(Vc) in the rat with con focal laser-scanning microscopy.
用免疫荧光组织化学三重染色技术观察了大鼠三叉神经脊束核尾侧亚核（Vc）浅层（Ⅰ层和Ⅱ层）内向丘脑或臂旁核投射的神经元与下行性5-HT样和初级传入的SP样终末之间的联系。
4)  SP-A
SP-A
1.
The Expressions of Napsin A、SP-A、TTF-1 in Discriminating between Primary Adenocarcinomas and Metastatic Tumors of the Lung;
原发性肺腺癌和转移性肺肿瘤中Napsin A，SP-A，TTF-1临床病理学意义
2.
The Ultrastructural Pathology Change, Immunohisto-Chemical Assay and Analysis of AGEs and SP-A in Diabetic Lungs;
糖尿病肺组织超微结构病理改变及AGEs、SP-A的免疫组织化学检测和分析
5)  Rhodococcus sp
Rhodococcus sp
1.
Isolation,Identification and Degradation Characteristics of a Quinoline-Degrading Bacterium Rhodococcus sp.QL2;
喹啉降解菌Rhodococcus sp.QL2的分离鉴定及降解特性
2.
Culture Conditions for Cholesterol Esterase Formation of Rhodococcus sp.and Partial Properties of Cholesterol Esterase;
Rhodococcus sp.发酵条件及其胆固醇酯酶的部分性质
3.
The Study on Optimization of Fermentation Conditions for Nitrile Hydratase Production by Rhodococcus sp. SHZ-1 and Its Enzymological Characterization;
因此本文对产腈水合酶菌株Rhodococcus sp。
6)  Paracoccus sp
Paracoccus sp
1.
A monocrotophos [dimethyl(E)-1-2-methylcarbamoylvinylphosphate or MCP]-degrading strain named as M-1 was isolated from sludge collected from the wastewater treatment pool of a pesticide factory and identified as Paracoccus sp.
从某农药厂废水处理池的污泥中分离到1株久效磷高效降解菌株M-1,经过对其形态特征、生理生化、以及16S rDNA序列分析,该菌株初步鉴定为Paracoccus sp。
参考词条
补充资料：space network polymer
分子式：
CAS号：

性质： 又称交联高分子。是三维网状结构的聚合物。不溶解，不熔融。交联聚合物中常存在网络缺陷，如未反应的官能团或链末端的闭合环、套环等。制备途径主要有两种：(1)有三官能度单体参与的均聚或共聚及易发生链转移单体的聚合；(2)是线型聚合物通过交联反应生成。交联方法分为化学交联和物理交联，如橡胶的硫化、热固性树脂的固化都有交联剂参与；而聚乙烯或交联聚丙烯可以在高能辐射下，发生降解而引起交联。交联结构中没有分子间滑移，交联点间链段受力时伸长，不受力时恢复蜷曲，使得交联度不大的橡胶有了弹性，强度和硬度也提高了。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。