disaster geology 中文意思是什麼
disaster geology
解釋
災害性地質-
The mine geology disaster is an important branch of geology disaster, at present the mine geology disaster of our country has many characteristics, such as varied, widely distributed, great influence, conspicuous potential hazard, and the coal mine is heavier than being not, the metal mine is heavier than the metalloid mine ; the type of mine geology hazard relate to mine scale, way of exploitation, mineral type and the area
摘要礦山地質災害是地質災害的一個重要分支，目前，我國礦山地質災害具有種類多，分佈廣，影響大，潛在災害隱患突出，且煤炭礦山重於非煤礦山，金屬礦山重於非金屬礦山；礦山地質災害類型與礦山規模、開采方式、礦產類型及所處地域相關等特點。 -
( 2 ) taking the geology analysis as main way and combining the pre - test, predicating the tunnel ' s main geology condition ( rock quality, surrounding rock classification, long - wide joint, fault, ground water, crustal stress ), and predicating the main potential disaster ( collapse, breaking water, rockburst, large deformation ) ( 3 ) employing the stress test result and inverse analysis of the stress field, finding out the crustal stress " s distributing rule along the tunnel axes section : the highest crustal stress is 24mpa near the deepest spot, and predicting that the k2 + 260 ~ k3 + 000 likely to be the high crustal stress segment for this tunnel
通過地質分析、類比分析、監控量測、數值模擬、神經網路等方法，對鷓鴣山隧道潛在的主要地質災害（塌方、涌水、巖爆和大變形）進行了預測預報（ 3 ）在現場地應力測試成果的基礎上，運用數值計算進行應力場反演，基本查明了沿隧道軸線剖面的地應力分佈規律：地應力量級在最大埋深附近達到最大值24mpa ，並預測k2 + 260 k3 + 000段將很可能成為鷓鴣山隧道的高地應力段。 （ 4 ）塌方往往與斷層破碎帶及千枚巖相聯系。 -
Mine geology disaster evaluation system based on the mapinfo
的礦山地質災害評價系統 -
Geology disaster of the open - air governs the plan research
露天礦山地質災害治理方案 -
Thus it became well - known for frequent geologic - disaster and landslide in the stratum area. xigeda soft rock is made up from minute sandstone, mud siltstone, siltstone mud and mudstone. it is inland fluviolacustrine phase deposit rock with rhythm - cyclic character of depositional geology
昔格達組極軟巖屬內陸靜水河湖相沉積，主要由粉細砂巖、泥質粉砂巖、粉砂質泥巖和泥巖組成，具有明顯的沉積韻律特徵。 -
Snow drift frequently form snow hazard on highway. because the disaster severity is related with the outside environment conditions, such as land form, geology, climate, hydrology, it is hard to prevent
風吹雪易在公路上形成雪阻，由於其危害程度受地形、氣候、地質、水文等綜合因素的影響，往往給防治增加難度。 -
It includes the core technology like the composition of vr - gis, the technology system, landscape technology, cooperative working mechanism, gigabytes processing, etc., and the development, the application foreground in the implement of vr - gis of geotechnical engineering. 2. this paper puts forward and studies the visual simulation technology based on geology terrain of vr - gis technology ; studies and realizes the visual simulation of the static state and dynamic state of geology disaster based on the vr - gis, develops the visual technology in the geotechnical engineering as well
主要做了如下工作： 1 、從系統和技術的角度研究了實施vr - gis的幾個熱點問題，包括vr - gis的系統組成、技術體系、景觀技術、協同技術、海量數據處理等核心技術，以及巖土工程vr - gis實施的一些關鍵技術、發展和應用前景； 2 、提出並研究了基於vr - gis技術的地質地形的可視化模擬技術；並研究實現了基於vr - gis的地質災害靜態特徵和動態特徵的可視化模擬，進一步發展了巖土工程中的可視化技術。 -
In this paper, basic dialectic of natural, according as theories of system science and disaster science, and basic rules of natural disaster science are used. causes of formation of disasters of floods, waterlogging and droughts are anatomised, and characteristics of spacial and temporal distribution of disaster movement are described. all - around analysis is made not only on the natural side like meteorology, geography, geology, etc. but also on social causes of disasters of floods, waterlogging and droughts from the point of view of the social - ecological environment
本文以自然辯證法原理為指導以系統科學與災害學的基本理論為依據，遵循自然災害發生的基本規律，剖析了湖北省洪、澇、旱災形成的原因；論述了災害運行的時空的分佈特徵；不僅從氣象、地理、地質等自然因素等方面對湖北省的洪澇旱災進行了全面的分析，而且從社會生態環境的角度對湖北省洪、澇、旱災的社會原因進行了全面的剖析。 -
The study mainly gets the outcomes through investigating on the spot, testing, inspecting, analyzing and computing as following : ( 1 ) breaking the traditional way, and extending the construction geology prediction " content from main geology condition prediction to the geology condition predication and the disaster predication all should be strengthened
通過現場跟蹤調查、測試與試驗、監控量測及室內試驗、分析計算等工作，主要獲得了以下研究成果： （ 1 ）打破傳統思路，將施工地質預報的工作內容由主要進行地質條件的預報擴展到地質條件預報與地質災害預報並重進行。 -
Engineering disaster of faultage fracture zone is a subject of extreme complication and momentously economic implications. how to construct projects and sustain its stability economically and effectively in such geological circumstance is always a problem fuzzing many experts in rock mechanics and engineering geology
斷層破碎帶的工程災害是個極為復雜且具有重大經濟意義的課題，如何才能做到經濟有效地在這類地質環境中進行工程建設並維持其穩定性，一直是困擾廣大巖土力學和工程地質工作者的一個難題。 -
It result in water level rising, hypo - salinification aggravating, sediment silting up, the lake atrophy, marsh extending and nature disaster such as droughu waterlog ^ salinification occurring frequently. completely analysis to geology and hydrology conditions of the district along yellow river in shandong has been applied in this paper and aquifer ' s hydrological characteristic and subsurface flow ' s characteristic have been analysed as keystone in the paper. after finding out the distribution rule and formation conditions of the shallow layer " s ground water resource, divide the district into three hydrological sections according to hydrological conditions and subsurface flow characteristic
本文對山東沿黃地帶地質、水文地質條件進行了全面系統的分析，並重點分析了區內含水層的水文地質特徵及地下水運動特徵，進一步查明了淺層地下水資源的形成條件和分佈規律，根據水文地質條件及地下水運動特徵，劃分出三個水文地質區，劃分並論證了粘土裂隙含水層的形成及供水意義；確定了科學的水文、水文地質參數，為準確地計算淺層地下水資源奠定了可靠的基礎；根據淺層地下水資源形成特點，建立了地下水均衡方程式，據此，計算了區內淺層地下水資源及淺層地下水可采資源。 -
However, under the different conditions of climate, hydrogeology and engineering geology, all of above - mentioned steps are n ' t reliable in technology and reasonable in economy. aiming at the frozen disaster of roadbed at special frozen earth area, it is necessary for us to make deep - going study on the steps about roadbed against frozen disaster
但因氣候條件、工程地質、水文地質條件等方面的不同，對于特定的凍土區，上述所有的工程措施不都是技術可靠和經濟合理的，因此，針對特定凍土區的路基凍害問題，有必要對典型的路基抗凍害措施的有效性作進一步的研究。
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