力化学

机械力化学过程及效应（Ⅰ）&机械力化学效应

Processes and Effects of Mechanochemistry (ⅰ) & Chemical Effects of Mechanochemistry

非金属矿物粉体机械力化学研究进展

Research and development of mechanochemistry in non-metallic mineral powder preparation

在高速气流粉碎作用下PVC的力化学降解及形态变化的研究

Mechanochemical degradation and morphology development of PVC during jet milling

力化学降解和化学降解结合制备PVC加工助剂

Preparation of PVC Processing Aid by Combination of Mechanical Chemistry Degradation and Chemical Degradation

金红石型TiO2机械力化学变化XRD研究

Research on the Mechanochemistry of Rutile TiO_2 by X-ray Diffraction Analysis

采用机械力化学法制备了纳米Y2O3：Eu~（3+）粉体。

Nanocrystal Y_2O_3 : Eu ~ ( 3 + ) was prepared by mechanochemical process .

苯乙烯-丁二烯-苯乙烯（SBS）热塑性弹性体的固相力化学改性的研究

Study on Solid State Mechanochemical Modification of Styrene-Butadiene-Styrene ( SBS ) Thermoplastic Elastomer

纳米CaCO3填充PVC复合材料的力化学增强增韧研究

Studies on the mechanochemical reinforcing and toughening of nano-CaCO_3 filled PVC composites

机械力化学合成Y2O3：Eu~（3+）纳米材料及其发光性能

Synthesis and Luminescent Characteristic of Y_2O_3 : Eu ~ ( 3 + ) Nanocrystalline by Mechanochemical Process

本文研究了聚氯乙烯（PVC）在振磨作用下的力化学降解及力化学降解对PVC力学性能的影响。

The mechanochemical degradation kinetics and mechanism of PVC during vibromilling and the mechanical property of degraded PVC were studied .

机械力化学法改性TiO2研究

Study of Modified TiO_2 by Means of Mechanochemistry

机械力化学法制备金红石型TiO2纳米晶体

Nano - crystalline rutile TiO_2 prepared by mechanochemistry

PbO和TiO2混合粉磨的机械力化学反应和化学变化

Mechano-chemical reaction and chemical change in the grinding of mixed PBO and tio_2 powder

CaCO3/SiO2粉磨机械力化学研究

Study of mechanical force chemistry for caco_3 / sio_2 grinding

主要研究了甲基丙烯酸甲酯（PMMA）与氯化聚乙烯（CPE）力化学共聚物的力学性能和涂膜性能。

Mechanical performance and film-coating performance of the mechanochemical copolymer of methyl methacrylate on chlorinated polyethylene were studied .

机械力化学法制备Pb（Sc（0.5）Ta（0.5））O3弛豫铁电陶瓷微粉

Preparation of Pb ( Sc ~ 0.5 Ta ~ 0.5 ) O ~ 3 Relaxor Ferroelectric Ceramic Fine Powders Via Mechanochemical Method

坡缕石复配阻燃剂阻燃聚丙烯的性能研究3.硅灰石／PP复合材料的机械力学性能表明：（1）经过机械力化学改性处理的硅灰石添加到PP中，可明显改善PP的力学性能。

The mechanical performances of wollastonite / polypropylene have indicated : ( 1 ) Wollastonite processed by mechanochemical modification can obviously raise mechanics performances of wollastonite / polypropylene composite material .

Al-Fe3O4体系在机械力化学过程中的物理化学变化

Physicochemical Changes in the Mechanochemical Process of Al-Fe_3O_4

采用磨盘型力化学反应器制备PA6、PP混合微粉并与SBS共混制备复合材料，用SEM、TEM研究不同温度下材料的相结构变化。

PA , PP micro particle was made using pan milling equipment to prepare PA , PP / SBS composites . The composites were studied by SEM and TEM .

机械力化学作用对CaO-B2O3-SiO2系陶瓷微观结构及相组成和相变规律的影响

Influence of mechanochemical force on microstructure , phase components and transition mechanism of the Cao - b_2o_3 - sio_2 system ceramics

磨盘碾磨中聚丙烯固相力化学接枝的实验结果表明，N羟甲基丙烯酰胺在聚丙烯表面上的接枝率亦随碾磨次数增加而增加，即与聚丙烯粒度分布的分维值相关。

Also the experimental results of the solid phase grafting of hydroxymethyl-acrylamide ( HMA ) onto PP revealed that the grafting rate increased with increase of milling cycles and was , therefore , related with the change of the fractal dimension value .

高KH熟料的特性及高游离氧化钙水泥的机械力化学改性研究

Study on the performance of clinker with high moduli and the mechano-chemical modification of cement with high content of free CaO

研究结果表明：新型机的特殊研磨方式不仅能够获得纳米级的颗粒，而且通过机械力化学效应使TiO2的相变温度从900℃降到100℃以下。

The results indicate that the special milling mechanism can not only obtain the nano-scale powders but also decrease polymorphic transformation temperature of TiO_2 from 900 ℃ to below 100 ℃ by means of mechanochemistry effect .

BaTiO3纳米晶机械力化学合成

Nano-Crystalline BaTiO_3 Synthesized by Mechanochemistry

通过GPC、FT－IR、SEM和力学性能测试，研究了在高速气流作用下聚氯乙烯（PVC）的力化学降解反应、颗粒形态和微晶结构变化及其对PVC物理、力学性能的影响。

The mechanochemical degradation , morphology and crystalline structure changes of PVC during jet milling as well as their effects on mechanical properties of PVC were studied through GPC , FT IR , SEM , physical and mechanical property tests .

液相体系中，硅灰石和TiO2异质颗粒之间范德华作用和静电作用及两者综合形成的粒间作用均为吸引。硅灰石在搅拌磨湿法超细研磨中伴随颗粒的细化，产生了机械力化学效应。

The Van der waals force and electrostatic interaction between the heterogeneous particles wollastonite and TiO2 and its combining force among particles are all attracting forces . The mechanochemical effect was generated accompanying the granular refinement in the process of wet ultrafine grinding .

用机械力化学法合成了单相Pb（Sc0.5Ta0.5）O3（R）弛豫铁电陶瓷微粉，并对球磨5h得到的陶瓷粉体和未经球磨的原料进行了热处理研究。

Fine powders of single phase Pb ( Sc 0 5 Ta 0 5 ) O 3 relaxor ferroelectric ceramic were synthesized by mechanochemical method . Heat treatment analyzed reaction mechanism of starting materials and the powder as milled for 5 h.

采用激光粒度测量、X射线衍射、扫描电镜、热导式微量热和红外光谱分析等手段对β–C2S单矿物经高能球磨作用后发生的机械力化学效应及水化活性的改变进行了研究。

The mechanochemical effect and hydration activity change of single-mineral β– C2S ground with high energy ball mill were studied using laser particle sizing technology , X-ray diffraction , scanning electron microscope , heat conduction micro-calorimetric technology and infrared spectrum analysis methods .

采用力化学降解和化学降解相结合的方法，研制了一种低相对分子质量的聚氯乙烯树脂（LMPVC）。

A low molecular mass PVC ( LMPVC ) was prepared by means of the combination of mechanical chemistry degradation and chemical degradation .

结果表明，通过磨盘碾磨的力化学反应，MAH在LDPE上的接枝率可达1.5%左右，LDPE固相力化学接枝MAH的最优化工艺条件是：转速约33r/min，碾磨次数14次，MAH/LDPE1∶5。

The results showed that at room temperature the grafting rate could be about 1.5 % and the optimizing conditon for the grafting reaction was that the rotation speed was 33r / min , the number of milling cycle was 14 , and MAH to LDPE was 1 ∶ 5 .