nylon 11

The morphological structure analysis indicated that PE-g-MAH addition decreased the surface tension, making the two phases disperse uniformly, enhancing the bonding strength of interface and improving the compatible property of nylon 11 and PE.

形态结构分析表明，接枝物的加入，降低了界面间的表面张力，使两相分散均匀，分散度提高，增强了相间的粘接力，改善了尼龙11与聚乙烯的相容性。

The study on crystal properties of nylon 11 and its blend alloy

尼龙11及其共混合金的结晶性能研究

Study on the synthetic technic of monomer of nylon 11

尼龙-11单体制备技术研究

Based on the extensive literature, it had been found that overseas research focused on the crystal structure, crystalline changes, and the piezoelectric properties of nylon 11. The same is true of domestic.

而且参阅大量文献时发现，国外研究重点集中在尼龙11的晶体结构、晶形转变以及压电性能上；国内在上述方面也进行了不少的研究。

The injection moulding technique of nylon 11

尼龙-11的注射成型技术

The extrusion production of nylon 11 pipe

挤出生产尼龙11管材

In comparison with the control, amount of bacteria in the outflow fermented decreased by 11.30% ( P < 0.05), 22.84% ( P < 0.01) and 13.01% ( P < 0.05) respectively in reactors with nylon fiber, polypropylene net ball and fiberglass.

尼龙纤维、聚丙烯球和玻璃纤维使随污泥排出而流失的细菌数量分别降低11.30%（P

This paper introduces the production technology of the injection and extrusion moulding of Nylon 11.

介绍尼龙11的注射成型和挤出成型工艺,并讨论了生产中易出现的问题及其解决办法.

Nylon 11 is a kind of engineering plastics having good comprehensive property. Because of expensive price, its application is definitely restricted.

尼龙11是一种综合性能良好的工程塑料，但由于其价格昂贵，使其应用受到一定的限制。

Two crystal forms(α and δ′ form) of nylon 11 were prepared by melting, ice-water bath quenching and annealing.

为进一步认识分子链运动与晶型之间的关系，用熔融、冰水淬火和退火等方法制备了α和δ′两种晶型的尼龙11薄膜试样。

Study of Modification of Nylon 11 by Nano-meter SiO_2

纳米二氧化硅改性尼龙11的研究

The analysis of the end group titration result s of nylon 11

对尼龙11端基滴定结果的分析

This paper introduces the production technology of the injection and extrusion moulding of Nylon 11. The problems emerged in the production and their solving methods are discussed.

介绍尼龙11的注射成型和挤出成型工艺，并讨论了生产中易出现的问题及其解决办法。

Research on Nylon 11 Modification Polypropylene Alloys

尼龙11改性聚丙烯合金的研究

Application and modification of nylon 11

尼龙11的改性与应用

Study on the effect of the morphological structure on the mechanical property of nylon 11 polyblend

尼龙11共混物形态结构对力学性能影响的研究

The reinforcing and toughening of nylon 11/ nylon 6 Blends by dendrimer

树形分子对尼龙11/尼龙6共混物的增韧增强

Mechanical properties and toughening mechanism of plasticizing type super toughening nylon 11

增塑型超韧尼龙11的力学性能和增塑机理

Effect of annealing and polarizing temperature on the trap level distribution in nylon 11 film electrets

退火与极化温度对尼龙11薄膜驻极体内陷阱能级分布的影响

The results show that, core shell impact modifier can act as nucleation agent, which can increase the crystallinity of nylon 11 blend alloy.

实验结果显示，核-壳冲击改性剂具有成核剂的作用，有助于共混体系结晶度的提高。

Nylon 11 is a kind of engineering plastics with superior comprehensive property.

尼龙11是一种综合性能良好的工程塑料.

Dielectric spectra of nylon 11 at high temperature

高温下尼龙11介电谱的研究

Because of the unique properties of high strength, impact resistance, abrasion resistance and oil resistance, Nylon 11 has already become a kind of important material of automotive industry and was applied to the engine, transmission parts and structural parts under stress of automobile.

尼龙11以其高强度、耐冲击、耐磨损、耐油性好的独特性能，成为汽车工业的重要材料，已在汽车发动机、传动部件及受力结构件上得以应用。

Nuclear magnetic resonance relaxation studies of nylon 11 solution

溶液中尼龙11的NMR弛豫研究

Study on viscosity increasing of Nylon 11 resins by bisoxazoline

双恶唑啉对尼龙-11扩链增粘作用的研究

The crystallinity reach its peak when the content of epoxy is 1%, with the increase of epoxy resin content, the crystallinity of nylon 11 alloy decreases.

环氧树脂用量为1%时，尼龙11共混合金体系的结晶度最大，此后随着环氧树脂的加入，尼龙11结晶度随之降低。

The synthesis processing and application of nylon 11

尼龙－11的合成加工及应用

Crystal Transition Effect on Chain Movement in Nylon 11

晶型转变对尼龙11分子链运动的影响

Preparation and Application of Nylon 11 and Its Alloy

尼龙11及其合金材料的制备与应用

The crystal structure of melt crystallized nylon 11 prepared in the various electrostatic environments was investigated by using X ray diffraction.

使用XRD法研究了在高真空不同强度静电场下熔融结晶尼龙-11的晶体结构。