Sinology and Sinologic research are both on the intercultural basis therefore have comparative culture horizon.

The other teacher is an expert of Sinology who graduated from the University of Hamburg , Germany.

就是这位公派老师,他是主要是对学生的交流技能做一种训练.

The auditorium is full of people who have come to mourn this master of sinology.

脱壳而出的小鸡眼睛还睁不开呢!

One may and discuss current trends of Sinology in Europe from a number of different angles.

吾人可由多种不同角度探讨目前欧洲汉学研究趋势.

Other teachers may focus on the grammar or the Sinology, etc.

那么,我们还有别的老师,他是语法呀, 汉学这个方面的教学.

This transition has exerted influence on the development of Sinology.

这一思维方式的转变也对西方汉学的发展产生了影响.

The sinter can be directly used in smelting iron bearing chromium.

该烧结矿可直接用于冶炼含铬生铁.

Attempt to sinter ultrafine Pure WC by spark plasma sintering was made.

利用放电等离子烧结技术尝试烧结出了超细纯碳化钨粉.

In Germany, he was called Sankt Nikolaus and in Holland, Sinter Klaas.

在德国, 他被称为“圣科特·古劳斯”,在荷兰称为“辛特·拉司”.

In addition, the enterprise offers Sinter, Gases, Catalysts and Catalysts.

另外, 公司也提供烧块、烧结 、 热防护 、 绝热、热绝缘以及催化剂.

Tiejingfen, sinter ball production sales, steel, metal Dianliao, mines machinery accessories sales.

铁精粉, 烧结球生产销售, 钢材, 五金电料, 矿山机械配件销售.

It is made of high quality low-carbon steeland sintered and rolled copper alloy as its surface.

该产品以优质低碳钢板为基体,表面烧结铅锡青铜合金,经多次烧结轧制而成.

The CeO 2-x films were deposited from a sintered CeO 2-x.

本文用射频磁控溅射法制备了CeO2-x高温氧敏薄膜.

Technology of obtaining Zinc-based sintered coating with globular Zinc powder was studied.

探索了球状锌粉锌基烧结涂层的基本工艺条件.

Sintered NdFeB permanent magnetic material has outstanding magnetic properties.

烧结钕铁硼永磁材料具有优异的磁性能.

In this paper the performance of two kinds of samplers sintered metal filter is evaluated.

本文介绍温、湿度变化对两种改进型被动式活性炭累积氡采样器吸附性能的影响.

Microstructure and tribological properties of two Febased sintered materials after widebond laser surface hardening were studied.

研究了两种不同成分铁基烧结材料激光扫描后的显微组织和摩擦学特性.

The nonlinear magnetic property of low temperature sintered Y-type ferroxplana was reported.

介绍了低温烧结Y型平面六方铁氧体的非线性磁性能.

The results ceramics can be sintered in low temperature by approaches mentioned above.

结果表明,通过以上几种途径可以实现低温烧结.

The sintered shrinkage was an important factor to choose the composition.

烧结收缩率是选择复合膜层组分时应该考虑的主要因素.

The properties and development of microwave sintering technology are outlined easily.

简要概述了微波烧结技术的特点和发展状况.