化学专业英语试题二

菏泽学院化学与化工系 2010-2012学年第2学期

《化学专业英语》补考试卷

（110分钟）

2、SO2

3、K3PO3

4、H2CO3 ：级_ ____别年专______学· ··············· ···密·······································线····卷·································阅···················封······························

题 号 一 二 三 四 五 总 分 得 分 阅卷人 得 分 一、IUPAC命名（每小题3分，共18分）

阅卷人

OHHNOH1、

2、Cl 3、

OBr4、

5、 6、

Cl

得 分

阅卷人 二、画出下列无机化合物英文名称（每小题3分，共12分）

1、CO

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得 分

阅卷人 三、写出下列实验仪器的英文名称（每小题4分，共20分）

1、洗瓶

2、抽滤瓶

3、烧杯

4、容量瓶

5、试管

得 分

四、写出缩略词全名（每小题4分，共20分）

阅卷人

1、 IUPAC 2、 ACS 3、 CAS No 4、 HPLC 5、 IR

得 分

五、翻译（每小题6分，共30分） 阅卷人

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· ·················· ·系·············装···_____________ ········订·········：____________ ··密········：········业···················_____________··············封··· 姓名：·······线··········___________ ·· ··：·········号·······____________ 1、A paper is not just an archival device for storing a completed research program, it is also a structure for planning your research in progress. If you clearly understand the purpose and form of a paper, it can be immensely useful to you in organizing and conducting your research.

4、The use of continuous-flow rather than batch processing means that signicant quantities of reagents can be processed and only a relatively small quantity of material is in the microwave field at any one time. ：级_ ____别年专______学· ·······密········ ·········································线····卷····································阅·······封········································

2、The drawbacks of a continuous-flow microwave apparatus are that it can be difcult to

process solids, highly viscous liquids, or heterogeneous reaction mixtures. Also, adaptation of conditions from simple small-scale reactions to the continuous-ow cell could end up being time-consuming.

3、The other option is to use a batch-type process. This could either involve using one large vesses or parallel batch reactors. One of the key advantages of batch processing is that heterogeneity does not prove an issue.

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5、Our objectives when starting out with our work with continuous-flow apparatus were to determine if it was possible to process homogeneous, heterogeneous, and highly viscous reaction mixtures and to use directly the reaction conditions from small batch runs without need for reoptimization.

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