舒兰

据初步研究结果，伊通－舒兰断裂南、北两段的震源应力降与Q值存在差异。

The preliminary study result shows that the two segments in question show differential source stress drop and Q value , which can be explained by the earthquake activity .

本文用地震活动性参数等地震学方法和用时间域小地震地震图测量震源物理参数及介质Q值等震源参数方法，对伊通－舒兰断裂进行分段及地震危险性探讨。

In this paper , Shulan-Yitong fault is segmented and its earthquake risk is dis-cussed by seismological methods , such as parameters of earthquake activity , focus parame-ters , and Q value of medium , by means of seismic record of small earthquakes in time do-main .

舒兰市耕地土壤退化与防治的研究

Studied of Soil Degeneration and Protection of Ploughland in Sulan City

舒兰市地面塌陷的危险性分区与评价

Analysis and Commentary on the Harmfulness of Surface Subsidence in Shulan City

舒兰市的商店和超市现在负责运送日用品。

Stores and supermarkets in Shulan now delivering daily necessities .

伊通－舒兰断裂分段及地震危险性探讨

Discussion on segmenting and earthquake risk about shulan-yitong fault

舒兰地区煤质的氢元素含量计算

The Calculation of The Hydrogen Content of Shulan Coal

吉林省舒兰盆地第三系沉积与聚煤特征

Tertiary Sedimentary Environment and Coal Accumulation Characteristic in Shulan Basin of Jilin Province

舒兰矿业集团井下作业人员安全管理研究

Study on Management of Safety for Protecting under Ground Worker in Shulan Mining Group

舒兰褐煤树脂组分中某些分离物的化学研究

Chemical components of resin from Shulan brown coal

用毛细管色谱分析舒兰褐煤快速焦化煤焦油

Capillary Gas Chromatography Studies of the Tar from Flash Pyrolysis of Shulan Brown Coal

舒兰盆地的走滑构造作用与聚煤模式

Strike-Slip Tectonic Process and Coal Accumulation Mode

舒兰褐煤快速热解过程温度对焦油化学组成的影响

The Influence of Temperature on Coal Tar Composition of Shulan Brown Coal by Rapid Pyrolysis

含煤地层主要为舒兰组，具有湖前和湖后两个聚煤期。

The main coal-bearing strata is Shulan form , the coal-accumulation period including pre-lake facies and paul-lake facies .

净能值产出率分别是0.90、2.01、和1.14，其中舒兰的水稻市场竞争能力最强；

Net emergy output are 0.90 , 2.01 and 1.14 , and it showed stronger market competition in Shulan .

吉林省的球粘土主要分布于舒兰县、永吉县及吉林市等地，是我国最早甄别和发现的第三纪球粘土。

It is the earliest recognized and discovered Tertiary ball clay with high physical and chemical indexes and complete process performances .

净能值产出率分别为1.24、3.06和2.05（全省平均水平1.63），反映出舒兰的大豆市场竞争能力最强；

Net emergy output are 1.24 , 3.06 and 2.05 ( the province average is 1.63 ), and it showed that market competition in Shulan is strongest .

并据此讨论和概括了伊通舒兰断裂带中侏罗世古近纪构造性质发生多次转化的复杂演化历史。

Based on it , we discussed and resumed that complicated evolution history that tectonic feature occurred polydefom in rift belt of the Yitong-Shulan in middle Jurassic epoch-Eocene system .

能值投入率分别为5.86、5.66和10.67，舒兰低于全省平均水平7.59，说明其水稻生产成本较低、市场竞争力较高。

Emergy input are 5.86 , 5.66 and 10.67 , and those of Wangqing and Shulan are lower than province average , it showed lower costs and stronger market competition in these areas .

工业辅助能值分别占总能值的57.33%、44.51%和56.06%，舒兰大豆生产对工业辅助能的依赖性低于汪清和公主岭。

Industrial assistant emergy proportion are 57.33 % , 44.51 % and 56.06 % of total emergy , and they are lower than maize and rice , and it also showed that industrial assistant emergy proportion in Shulan is lower than the other areas ;

通过对吉林舒兰煤矿褐煤进行人工煤化模拟实验，探讨了煤化作用中不同温阶产物组分特征、气态产物甲烷碳同位素特征及煤成油和排油情况。

Simulation experiment with coalification of lignite in Shulan coal mine , Jilin province was made to examine the component characteristics of product at different temperature stage , carbon isotope characteristics of methane in gaseous products , and coal formed oil and its expulsion during coalification .