micrology是什么意思,micrology中文翻譯,micrology怎么讀、發(fā)音、用法及例句
?micrology
micrology 發(fā)音
[ ma?'krɑl?d?i]
英: 美:
micrology 中文意思翻譯
常見釋義:
n.顯微學(xué),顯微科學(xué);拘于細(xì)節(jié)的研討
micrology 短語詞組
1、micrology open ─── 微觀開放
2、micrology spectrum ─── 顯微光譜
micrology 相似詞語短語
1、micrologic ─── 微程序控制邏輯
2、necrology ─── n.死者名冊;訃告;[統(tǒng)計(jì)]死亡統(tǒng)計(jì)學(xué)
3、virology ─── n.[病毒]病毒學(xué),濾過性微生物學(xué)
4、microblogs ─── 微博(microblog的復(fù)數(shù))
5、microcopy ─── n.縮微本;由縮影膠片復(fù)印的影本;vt.縮微復(fù)制;vi.制作縮微本
6、microblog ─── n.微博
7、microloan ─── 小額貸款
8、macrology ─── n.煩冗;煩冗的話
9、microtomy ─── n.切片法
micrology 常見例句(雙語使用場景)
1、Keywords logging tool microlog caliper gamma continuous inclinometer connection circuit design; ─── 關(guān)鍵詞測井儀器;微電極;井徑;伽馬;連續(xù)測斜儀;配接;電路設(shè)計(jì);
2、 雙語使用場景
3、Keywords shallow refraction;single well microlog;twin-well microlog;wave mechanics analysis; ─── 表層地質(zhì)結(jié)構(gòu);小折射;單井微測井;雙井微測井;波動力學(xué)分析;
4、environmental micrology ─── 環(huán)境微生物學(xué)
5、Microlog and LVL refraction data are used in determination of shot depth,along with shooting by large quantity of explosives and receiving by buried geophones. ─── 激發(fā)上利用微測井和小折射資料合理選擇井深,大藥量激發(fā);接收上采用鉆孔埋置檢波器;靜校正方面形成了適合火焰山的靜校正技術(shù)。
6、a recognition of the vertical fracture-developed section and fractural occurrence for it using dip log, full-bore imaging microlog and dipole shear imaging sonic logging; ─── 利用地層傾角測井、全井眼微電阻率成像測井、偶極橫波成像測井等技術(shù),識別出了砂礫巖儲集層在縱向上的裂縫發(fā)育段及裂縫產(chǎn)狀;
7、The research accomplishment and the relative documents had detailed records on the species and distribution of wine yeast microbes,micrology,and the efficacy of wine yeast etc. ─── 老一輩的科技人員的研究成果及文獻(xiàn),對中國酒曲微生物的種類及分布、菌類學(xué)、酒曲的效用等均作了較詳細(xì)的記載。
8、microlog continuous dipmeter ─── 連續(xù)式微電極地層傾角測量儀
9、Keywords Pollen Typhae;Pollen with staminate flower;description;micrology;total ashes;ethanol-soluble extract;content determination; ─── 蒲黃;草蒲黃;性狀、顯微鑒別;總灰分;醇浸出物;含量測定;
10、Through the analysis of debris shape micrology, this paper constructed a describing system of fractal parameters and identified them effectively. ─── 摘要主要介紹基于形態(tài)學(xué)方法的磨粒顯微分析與綜合識別技術(shù),及其在發(fā)動機(jī)磨損狀態(tài)監(jiān)測與故障診斷中的應(yīng)用。
11、Field surveys of the shallow refraction and microlog for both P-wave and S-wave have been made simultaneously in a work area. ─── 在一個(gè)工區(qū)同時(shí)開展了淺層縱橫波折射、縱橫波微測井的野外勘探,并取得較為豐富的野外資料以及處理和解釋成果。
12、electron micrology ─── 電子顯微學(xué)
13、Keywords three-dimensional seism;dual-borehole microlog;ghost;variablebin;geophone array;planting condition;coupling; ─── 三維地震;雙井微測井;虛反射;可變面元;檢波器組合;埋置條件;耦合;
14、Twin-well microlog is more sophisticated than conventional microlog and shallow refraction. ─── 雙井微測井技術(shù)是比常規(guī)微測井技術(shù)和小折射方法更先進(jìn)的一項(xiàng)新技術(shù)。
15、Methods The comparisons were carried out on their description,micrology,total ashes test,ethanol-soluble extract and assay in Pollen Typhae. ─── 方法從藥材性狀、顯微鑒別、總灰分檢查、醇浸出物測定和含量測定等方面,比較蒲黃與草蒲黃之間的質(zhì)量差異。
16、Twin-well microlog data can be used to infer the variability of velocity and thickness of near surface in vertical and horizontal direction, as well as statics. ─── 利用雙井微測井資料可以得到地震工區(qū)內(nèi)表層速度和厚度在橫向上和縱向上的變化規(guī)律,為地震資料的室內(nèi)處理提供靜校正量。
17、Keywords P-wave and S-wave;shallow refraction;microlog;joint interpretation; ─── 縱橫波;淺層折射;微測井;聯(lián)合解釋;
18、The method has been used in seismic exploration in Daqing Oilfield in which the twin-well microlog data were analyzed by data processing techniques and wave mechanics analysis to determine o... ─── 將這項(xiàng)技術(shù)應(yīng)用于大慶油田的地震勘探中,利用數(shù)據(jù)處理解釋和波動力學(xué)分析等方法對微測井資料進(jìn)行了分析研究,確定了最佳激發(fā)深度和巖性,并提供了工區(qū)的靜校正量。
20、This paper summarized and analyzed the problems existing in miorolog curves in each inland giant oilfield.It put forward some counter measures of quality control to improve microlog curves. ─── 該文章對國內(nèi)各大油田微電極測井曲線存在問題進(jìn)行總結(jié)和分析,提出則井曲線質(zhì)量控制措施,提高微電極測井曲線質(zhì)量。
21、MicroloG logging has high longitudinal resolution and reliable division of thin interheddings and interlinings.It is a indispensable in sand mudstone profile combination logging. ─── 摘要微電極測井曲線的縱向分辨能力強(qiáng),劃分薄互層和薄夾層比較可靠,是砂泥巖剖面組合測井中不可缺少的測井方法。
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