The reaction sintering process and production process of ternary boride base cermet produced by reaction sintering method were introduced.

The history of development, manufacturing process, structure, properties and application of the multiple boride base cermet are reviewed.

简单介绍了多元硼化物基金属陶瓷的发展历程。对其制备工艺、各种性质以及应用作了比较详细的论述。

Influence of Alloy Ingredient on Mechanical Property of Ternary Boride Based Cermet Cladding Materials

合金组分对金属陶瓷覆层材料性能影响的研究

The influence of alloy ingredient on corrosion resistance of ternary boride cermet clad materials was studied.

研究了合金组分对覆层材料耐腐蚀性的影响。

Study on Corrosion Resistance of Ternary Boride Cermet Clad Materials

三元硼化物金属陶瓷覆层材料耐腐蚀性能研究

Study on bond interface between ternary boride cermet cladding and steel substrate

金属陶瓷覆层-钢基体界面结合状态的研究

Chromium and Health Chromium boride has been obtained by salt-bath boriding on chromium electroplated 45 carbon steel.

对45钢表面电镀硬铬层后，在熔渣中向45钢表面的电镀硬铬层渗硼获得了硼化铬覆层。

Determination of Boric Acid in Compound Boric Acid Ointment by Neutralization

中和法测定复方硼酸软膏中硼酸的含量

A boronic acid is an alkyl or aryl substituted boric acid containing a carbon to boron chemical bond belonging to the larger class of organoboranes.

是指被含硼酸所取代的烃基或芳基，同时它包含了硼-碳（化学）键。它属于一大类被称为有机硼烷的物质。

In conclusion, we know after the front suspension optimized, the front wheel alignment parameters is more reasonable. The variation of tread is minished so that the abrasion of the tire is reduced. And also the vehcile keep some understeering characteristic after front suspension optimized.

最后总结出优化之后的前悬架使得前轮的定位参数更加合理，减小了轮距变化量，从而降低了轮胎磨损，并保证了样车具有一定的不足转向特性。

"The steering-knuckle arm, attached to the front wheels, are therefore forced to swing the wheels to the right or left on their pivots." From here follows the success story of the FWD concept ( understeering).

于是，与前轮相连的转向节臂使车轮在其轴线上左右转动。前轮驱动（转向不足）概念的成功就在于此。

The analysis results showed that the instantaneous oversteering or understeering of the vehicle can be reduced by the control of the rear-wheel steering angle to enhance the dynamic steering stability.

分析结果表明，能够通过控制车辆后轮转向角来减小汽车瞬时出现的过多转向或不足转向，增强了汽车的动态转向稳定性。

Mixed spraying the instant boric fertilizer could increase the number of effective pods of plant, the number of pods and pods density of the main inflorescence and the yield;

速溶B肥可明显增加单株有效角果数、主花序结角数、结角密度和产量；

The results showed that different treatment of boric fertilizer increased the edible sunflower output, the thousand grain weight and the setting percentage significantly.

结果表明：不同硼肥处理对食用向日葵产量、千粒重、结实率增效明显；

The contents of N and K of soils were going up as the increase of boric fertilizer levels in ripening stage.

成熟期土壤含N、K量随施B量增加而增加。

Effect of Boric Fertilizer in Double low Repe Field on the Contents of N.P.K and B of Soils

本文内容包括三个方面：双低油菜施硼对土壤氮磷钾硼含量的影响

Improvement on boron separation and recovery in boric fertilizer

硼肥中硼元素分离及回收方法的改进

The Effect of the Boric Fertilizer to the Edible Sunflower Output Factors

硼肥对构成食用向日葵产量因素的影响

At growing age, spraying boric fertilizer with proper amount can reduce nicotine content evidently and improve aroma quality, which giving rise to harmony of chemical composition of tobacco shred and better quality in the round.

在团棵期和旺长期喷施硼肥，掌握在适宜用量的范围不仅可有效降低红土晒烟的烟碱含量，使烟丝化学成分更趋协调，而且改善了红土晒烟的香气品质，使整体内在质量获得提高。

Dislocations in a new non-linear crystal, Lithium Boric Oxide ( LBO), have been observed and identified by X-ray diffraction topography. The structural factor which plays important role on dislocations formation, the lattice expansion and twinned growth is given.

本文叙述新型无机非线性单晶三硼酸锂（LBO）中位错的X射线衍射形貌观测和鉴定结果，探讨了位错形成的结构影响因素。

Results showed appropriate boric oxide would improve the tensile strength of SiO2-Al2O3-MgO fiberglass, and perfect the processing property through reducing the high temperature viscosity of the glass.

其中引入氧化硼的研究结果表明，氧化硼引入量从1wt.%增加到2wt.%时可提高硅铝镁系高强玻纤拉伸强度200MPa左右，通过降低玻璃液的高温粘度为其工艺性能的改善提供了可能。