交联网的英文

• crossbranched network
• crosslinked network

• 交    hand over; give up; deliver
• 交联网络    crosslinked network; linked network
• 三维交联网络    three-dimensional crosslinked network
• 交联    cross-linked; cross-linking
• 联网    cyber; interconnection; intertie; networking; on-line;be networked; power link
• 交联；交联键    cross link
• dna交联    dna crosslink
• 铬交联    chromium cross-linkage
• 共交联    co crosslinking
• 光交联    photocrosslinking
• 交键；交联    croos linkage
• 交联, 交键    crosslink
• 交联,硫化    vulcanization
• 交联的    cross linked; cross olnked; crosslinked
• 交联点    cross-linking point; cross-linking set; crosslinked point
• 交联度    cross-linking level; crosslinking degree; degree of cross linking; extent of crosslinking
• 交联管    pe-xc; pex
• 交联基    crosslinking group
• 交联剂    cro linker; cro linking agent; cross linker; cross linking agent; cross linking reagent; cross-bridging agent; cross-link agent; cross-linked agent; crosslinking agents; crosslinking chemical
• 交联键    bond type crosslink; bridge; cross bond; cross linked chain; crosslink bond
• 交联胶    cross-linked rubber
• 交联桥    cross-bridge
• 交联液    crosslinked fluid
• 交联柱    crosslinking column
• 硫化；交联    vulcanization

• Among the researches of bombarded polymers , the cross - linked structure efficiently account for these improvements of physical characters
  利用交联网状结构模型分析聚合物强化机理，比较好地解释了上述性能改善的原因。
• Because of the interaction of urushiol chains and cus , the transformation temperature tg of hybrid - epu / cus was higher than that of epu . heat stability and solvent resistance were also improved . the interaction and network of urushiol chains were efficiency to inhibit the dimension of cus nanoparticles
  漆酚链段与cus之间的作用，以及漆酚交联网络的存在可有效阻止cus颗粒尺寸的增大，但漆酚交联网络产生的空间位阻也在一定程度上降低了sz ”的扩散。
• While in hdpe / mmt composites , mpst of the mmt aggregates are not intercalated by pe chains . moreover , the composite of hdpe - g - ydh151 ( 8phr ) / 2phrmmt formed a good crosslinking net , the mmt act as crosslinking points . consequently , the mechanical properties of this composite is good : the elongation at break impoved 29 % and tensile modulus increased 32 %
  Xrd 、 sem用一1tem结果表明ydh151提高了mmt在hdpe中的剥离和分散，并且hdpe一ydh151 ( sphr ) / 2pllrmmt复合材料形成了较完善的交联网， mmt成为了类交联点的作用;因此它的力学性能达到较高的值，断裂伸长率增加了29 % ，模量提高了32 % ;而再增加mmt的量，材料的性能有所下降。