同高的

The new generation of steam bluing furnace our company developed thoroughly changed the chemistry bluing,nigrescence and the bad environment pollution, to make a significant contribution for energy-saving and environmental protection.

同时我公司制造的高温台车式电阻炉，是国家专利电炉产品，专利号：200520096582.4，是同类型台车式电阻炉中的高节能高技术产品。

China has been developing the train for a while now, along with Siemens, Bombardier and Alstom.

中国发展高铁的时间很短，吸取了西门子/庞巴迪和阿朗斯同的技术。

Comparing with prior art, the invention provides features of easy of operation, saving effort, high precision, suitable for professional soundman or as a tool for individual to use.

本发明同现有技术相比，操作简便、省力、精确度高，可以作为专业调音师的专用工具，或单位、家庭个人调音工具。

As a hi-tech company ,Yunnan Paoli Tiantong Instrument Co., Ltd own professional and high-efficiency system integrating and engineering research team.

作为高科技公司，云南保利天同仪器有限公司拥有自己专业高效的系统集成和工程调研队伍。

Of the four dimensions used in the questionnaire, the ranking of school adjustment from high to low were: adaptation for rules, learning adaptation, teacher-student relationship, peer relationship.

学校适应的各向度良好比率由高至低，依序是「常规适应」、「学习适应」、「师生关系」、「同侪关系」。

The number of these two indexes falls from 0 to 1, and the larger the number was, the higher the content validity and homogeneity reliability coefficient of the index.

该二项指标的值皆介於0-1之间，其值越大，则代表此指标之内容效度与同质性信度越高。

Group: the same as 3, only DDPH dosage was 10μmol/L; 5. pratosin.

高剂量的DDPH组：同3，仅DDPH剂量为10μmol／L；5。

To make nanostructures, we used surfaces of highly oriented pyrolytic graphite due to its easily refreshable and atomically flat surface.

高同向性热解石墨具有易制备新鲜表面，且容易取得大范围原子级平整区域的优点。

The north-western states of Punjab and Haryana have sex ratios as high as the provinces of China's east and south.

在印度西北的旁遮普邦和哈里亚纳邦，此项数值之高同中国东南省份不相上下。

Compared with ordinary quartz, owing to nanoscale alumina crystallite, the artificial stone made of TISM nanoscale microcrystallite quartz can stand higher temperature (as high as 800℃ instantly), become harder (reaching 6 according to mohs hardness scale), and enjoy better plasticity because of nano alumina crystallite's good mouldability.

帝斯曼TISM纳米微晶石英石同普通石英石相比，由於增添了纳米氧化铝微晶粒子，整体板材更耐高温（暂态耐温度可达到800摄氏度以上），硬度更大（莫氏硬度达到6以上），同时结合纳米氧化铝微晶粒子在抗拉伸疲劳中出现可塑性形变的特点，所以整体板材相对于普通石英石韧性更好、可塑性更高，更不易开裂。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。