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| 1 | Deep seismic reflection profiling revealing the complex crustal structure of the Tongling ore district显示文摘The deep seismic profiling across the Tongling ore district reveals a complex crustal structure. Strong contrasting dipping layered reflections (4—11 s, TWT),which dominate the lower crust of the northern part of the profile, are interpreted as the underplating of the basalt related to extensional tectonism. In the south of the profile, the Yangtze craton is characterized by strong reflections in the middle crust, showing a distinct two-layer crustal structure. Over the region of the Tongling uplift, there appear the complex arc shape reflections, suggesting folded, faulted and intruded structures, and the transparent zone below them reveals the existence of batholith. The south dipping strong reflections between the upper crust and lower crust (4—7 s, TWT) suggest a detachment between them. The detachment provided space for the magma intrusion, and caused the formation of the batholith. The Yangtze craton has a clear Moho re-flection, while the Tongling uplift has a weak Moho, whereas below the reflective lower crust in the northern part of the profile, there are sub-Moho reflections. The abrupt variation of the Moho characteristics within a short distance indicates the complexity of magmatic activity. | L5 Qingtian1, HOU Zengqian1, ZHAO Jinhua1, SHI Danian1, WU Xuanzhi1, CHANG Yinfo1, PEI Rongfu1,HUANG Dongding2 & KUANG Chaoyang2 1. Institute of Mineral Resources, Chinese Academy of Geological Sciences, Beijing 100037, China 2. The Sixth Geophysical Exploration Brigade, Petroleum Bureau of East China, Nanjing 210009, China | 2004 | Science China Earth Sciences2004，47，3： | 18 |
| 2 | 双季晚稻田大面积放养固氮蓝藻的试验显示文摘通过晚稻田大面积放养固氮蓝藻试验,我们初步提出了土池大量培养和茬口田大面积生产藻种等一系列的培养和生产藻种的技术措施;生产了30吨的鲜藻种接种到晚稻田中。经过加强管理,先锋大队990亩晚稻田全部养藻化。接种的藻生长旺盛,平均产量达到1000斤/亩以上。抽样测产估计,晚稻田中鲜藻量达到500吨。晚稻田养藻使水稻增产约10%,个别达到20%以上。因此,晚稻田放养固氮蓝藻为晚稻开辟了新的有希望的肥源。 | Section of Experimental Algal Ecology, Fifth Laboratory, Instituteof Hydrobiology, Academia SinicaCommittee of Management of Sciences and Technology andXianfeng Production Brigade, Xinshenghuo People’sCommune, Qichun County, Hubei Province. | 1978 | 水生生物学集刊1978，6，3： | 3 |
| 3 | 京郊地老虎发生规律及防治研究显示文摘 | DIVISION OF PLANT PROTECTION ACADEMY OF AGRICULTURE PEKING MUNICIPALITYPLANT PROTECTION GROUP INSTITUTE OF AGRICULTURAL SCIENCES TONG COUNTYTECHNOLOGICAL GROUP THAI-HU PRODUCTION BRIGADE THAI-HU PEOPLE’SCOMMUNE TONG COUNTY | 1977 | 昆虫学报1977，，03： | 1 |
| 4 | 应用辛硫磷拌种防治蛴螬的研究显示文摘 | CANGCHOW DISTRICT INSTITUTE OF AGRICULTURE HOPEI PROVINCEHENAN PRODUCTION BRIGADE WANGHUA COUNTY HOPEI PROVINCEBUREAU OP AGRICULTURE WANGHUA COUNTY HOPEI PROVINCE | 1976 | 昆虫学报1976，，02： | 1 |
| 5 | 高粱条螟发生规律及防治的研究显示文摘 | INSTITUTE OF PLANT PROTECTION SOIL AND FERTILIZER HOPEI PROVINCE PEST PROGNOSTIC STATION YONQ-CHING COUNTY TECHNOLOGICAL GROUP LAO-JING-TANG PRODUCTION BRIGADE YONG-CHING COUNTY | 1977 | 昆虫学报1977，，04： | 1 |
| 6 | 有机营养在大豆落花落荚中的作用的初步研究显示文摘 | Agricultural Experiment Station Nantsun Commune Weih County Shantung and Experiment Group of Liutuan Production Brigade Nantsun Commune Weih County Shantung | 1976 | Journal of Integrative Plant Biology1976，，01： | 1 |
| 7 | 1966年邢台地震的地形变显示文摘 | THE GEODETIC SURVEY BRIGADE FOR EARTHQUAKE RESEARCH NATIONAL SEISMOLOGICAL BUREAU | 1975 | 地球物理学报1975，，03： | 1 |
| 8 | 渤海湾沿岸主要蛴螬种类及其发生规律的研究显示文摘 | CAXGCHOW DISTRICT INSTITUTE OP AGRICULTURE HONAN PRODUCTION BRIGADE WANG-HUA COUNTY HOPEI PROVINCE | 1978 | 昆虫学报1978，，01： | 1 |
| 9 | 1966年邢台地震的地形变显示文摘 | THE GEODETIC SURVEY BRIGADE FOR EARTHQUAKE RESEARCH NATIONAL SEISMOLOGICAL BUREAU | 1975 | 地球物理学报1975，，03： | 1 |
| 10 | 刺槐尺蠖生物学特性及防治的研究显示文摘 | INSTITUTE OF POMOLOGY SHENSI PROVINCE RESEARCH LABORATORY OF NAN-CHAI BRIGADE MEI COUNTYTHE NURSERY OF MEI COUNTY THE FORESTRY STATION OF MEI COUNTY | 1976 | 昆虫学报1976，，02： | 1 |
| 11 | 海城7.3级地震的地形变显示文摘 | THE GEODETIC SURVEY BRIGADE FOR EARTHQUAKE RESEARCH NATIONAL SEISMOLOGICAL BUREAU | 1977 | 地球物理学报1977，，04： | 1 |
| 12 | The Recent Crustal Deformation on the Sichuan-Yunnan Rhombic Block Boundaries显示文摘Based on data from an across-fault survey along the Sichuan-Yunnan rhombic block boundaries, the recent deformation characteristics on each fault have been analyzed. It was found that the rate of crustal deformation is slowing down along the northern segment and increasing along the southern segment. Each fault has different features of deformation. The horizontal deformation is mainly characterized by left-lateral strike-slip. The rate of vertical deformation is less than that of the horizontal deformation. The faults have the feature of upper wall uplifting alternated with descending. The anomaly changes of crustal deformation at some sites are closely related to the seismicities near the sites. | Lü Yipei 1), Liao Hua 2), Su Qin 2) and Wang Lan 2) 1)Seismological Bureau of Sichuan Province, Chengdu 610041, China 2)Geodetic Brigade of Seismological Bureau of Sichuan Province, Ya’an 625000, China | 2002 | Earthquake Research in China2002，16，4： | 0 |
| 13 | Sea level change along the coast of China relative to the isostatic datum显示文摘On the basis of the analyses of significant periods for the sea level observation data taken from recent several decades at 12 tide stations, the monthly mean sea level observations are fitted by a model of linear trend of sea level change superimposed with several variations of different fixed periods. The trends of sea level relative changes and their errors are estimated by the LS method. The results are reduced to the isostatic datum proposed and established in the paper (Huang et al. , 1991, Seismology and Geology , 1, 1-15). The trends of sea level changes in the near future along the coast of China are studied. It is pointed out that the general trend of the sea level change along the coast of China is going up slowly and the rate of the change is not the same in different segments of the coasts. In a few segments, the sea level is even relatively going down. The numerical results given in this paper provide a basis for the predictions of the future sea level changes and their effects. | Huang Liren, Yang Guohua An Zhensheng Geodetic Brigade, State Seismological Bureau, Tianjin 300180, ChinaInstitute of Marine Scientific and Technological Information, State Oceanic Administration, Tianjin 300171, China Xie Zhiren, A brief discussion on the trend of sea level change and prediction, 1989. | 1991 | Acta Oceanologica Sinica1991，10，4： | 0 |
| 14 | 大水面培育大规格鱼种的试验——1972—1975年工作总结显示文摘投放4寸(13.3厘米)以上的大规格鱼种,是大、中型湖泊、水库渔业增产的一个关键措施。为了培育足够数量的优质鱼种,进行了土堤湖汉、网拦湖湾和网箱培育鱼种等一系列试验。证明利用湖汊、湖湾等天然水面培育鱼种既能发挥空间因素的作用,又能使水中的天然饵料资源得到较好的利用,从而克服当前鱼种生产上鱼池面积不足的困难,节约商品饵料的使用,是获得大量优质鱼种的一条有效途径。本文总结了三年来的试验结果和体会。 | SECTION OF FINGERLING CULTURE,FOURTH LABORATORY,INSTITUTE OF HYDROBIOLOGY,HUPEI PROVINCE,AND BRIGADE OF FINGERLING PRODUCTION OF THE TUNGHU STATE FISH FARM IN WUHAN | 1976 | 水生生物学集刊1976，6，1： | 0 |
| 15 | Theory and Experimental Results about the Application of Remote Sensing to Earthquake Prediction显示文摘In this paper,the theory for applying remote sensing to earthquake prediction has been elucidated and an experiment has been made.Through the experiment,it has been found that the characteristics and temperature of infrared radiant of rocks vary as a function of rock stress,the order of magnitude of radiance variation is 10-5(W/cm2 sr um),the amount of variation of the radiant temperature is 0.2℃~0.8℃ and some significant precursor information has been discovered.The experiment has verified preliminarily that the advanced technology of remote sensing can be applied to earthquake prediction. | Deng Mingde,Cui Chengyu and Geng NaiguangComprehensive Observation Brigade,SSB,Beijing 100039,ChinaInstitute of Remote Sensing Application,Academia Sinica,Beijing 100101,ChinaInstitute of Geophysics,SSB,Beijing 100081,China | 1995 | Earthquake Research in China1995，9，2： | 0 |
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