1.However,just because the former placenames:Ezhou、Jiangxia、Wuchang and Wuchang District of Wuhan City today,had overlapped and shifted several times in the history,the late readers and exegetes are often confused by them,even make funny mistakes by telling wrong name.
可是 ,历史上的江夏、武昌、鄂州 ,与今武汉市武昌区这一地名曾多次易置和重叠 ,以致今之读者、诠释者多将其地望混淆 ,难免张冠李戴。
2.Subgroup D was composed of strains from Hongan, and Subgroup E was composed of strains from Henan and Wuchang.
亚群E主要由荆州菌株组成，还有少部分菌株来自河南和武昌等地。 亚群C、亚群D和亚群E的菌株同属于IGS-Ⅰ型。
3.Wuchang Fish (M. amblycephala) liver mtDNA was cleaved by the restriction endonuclease. Upon complete digestion numbers of restriction fragments of BamHI, BglⅡ, BglⅠ, EcorⅠ, HindⅢ and HpaⅡ were determined to be 2,2,3,3,3 and 7 respectively.
武昌鱼肝线粒体(mt)DNA经六种限制性内切酶BamHI,BgⅢ,BgⅡ,EcoRI,HindⅡHpall单酶完全酶解分?e得到2,2,3,3,3和7个片段。
4.They decided to move to Wuchang immediately.
他们决定马上搬到武昌去。
5.Flase smut of rice(FSR), Uiilagidea viwia (Cke)Tak, is widely dispersed over theworld and a widespread disease in the major of rice planting area of China. Since it was firstreport in Wuchang city of Hdiongjiang province in 1986, it has spreaded to more than 10counties in the southern region of province and aggravated the yield loss of rice gradually.
水稻稻曲病（U stilag inoid ea virens (Cke)Tak）在世界水稻主要产区均有发生与分布，也是我国主要稻作区普遍发生的一种病害，而黑龙江省内，1986年才于五常市首次发现，近年来已扩大蔓延到我省南部十余个县市，其危害日趋加重。
6.A NEW RESEARCH METHOD OF SEDIMENTARY ENVIRONMENTS OF BEDDED SILICEOUS ROCKS,WITH DISCUSSIONS ON SEDIMENTARY ENVIRONMENTS OF THE GUFENG FORMATION IN THE WUCHANG AREA,HUBEI
层状硅质岩沉积环境研究的一种新方法（酸溶蚀法）──兼论武昌地区孤峰组沉积环境
7.Huang Xing and Wuchang Revolt
黄兴与武昌起义新论
8.Implementation on Coordinate Positioning of Establishment Point of Water Supply Pipe Net in Wuchang
武昌供水管网设施点坐标定位的实现
9.The train from Wuchang will be in at 4 sharp.
武昌来的车4点正到站。
10.Routine hourly observations of ionospheric characteristics have been taken at Wuchang since August 20. 1946. In this paper a general analysis of the data obtained from September 1946 through December 1947 is attempted. The diurnal and seasonal variations of ionization density and virtual height for all regular layers (E, F-l, F-2) are plotted in diagrams and briefly explained.
本文叙述三十五年九月至三十六年十二月在武昌观测游离层之工作结果,且加以分析、对於E,F_1,F_2各层之游离强度及其视高之日变及季变,均绘图表明,并将偶有与一般公认情形不符者特别指出。
