黃明鑒 的英文怎麼說
中文拼音 [huángmíngjiàn]
黃明鑒
英文
hoang minh giam-
Through textual research and analysis on two historical materials in dao zang ' s shangqing mingjian yaojing and dongxuan lingbao daoshi mingjingfa used for polishing bronze mirrors, this article holds that : china had already mastered the technique of plating a bronze mirror with an alloy of stannum, lead and hydrargyrum during the northern and southern dynasties at latest, and this technique was quite probably developed by necromancers or taoists in the process of producing artificial gold and silver, golden elixir and great elixir ; before the song dynasty, the technique of using the alloy of stannum, lead and hydrargyrum to polish a bronze mirror was only prevalent among a part of taoist alchemists ; and after the song dynasty, due to the decline of taoist laboratory alchemy, the technique of using such an alloy was spread among the people
摘要通過對收錄于《道藏》之中的《上清明鑒要經》和《洞玄靈寶道士明鏡法》兩部經書所記載的兩則磨鏡藥史料的考證分析，提出至晚在南北朝時期中國已經發明了用錫汞齊鍍鏡的技術，其技術很可能由方士或道士在煉制黃金白銀、金丹大藥的過程中或社會小范圍內發展起來的；在宋代之前，用錫汞齊磨鏡的技術僅僅在部分煉丹道士中應用流傳，宋之後由於道教外丹術的衰落，用錫汞齊磨鏡的技術流傳於民間。As analyzed, ( 1 ) the rapd technique is highly sensitive to investigating genetic diversity in t. lepturus and e. muticus. t. lepturus exhibits lower polymorphism and genetic diversity than e. muticus ; ( 2 ) according to the analysis of the partial mitochondrial 16s rrna gene sequences, a very low intraspecific variation and considerably high divergence among species were found, which reveals a dual nature of conservatism and variability in mitochondrial 16s rrna gene ; ( 3 ) five primers generate the species - speeific rapd sites and these sites can be served as the molecular markers for species identification and ( 4 ) it can be proved at dna variation level that t. lepturus and e. muticus are of two species respectively pertainiag to different genera, which supported the nelson taxonomic conclusion
分析結果表明: （ 1 ） rapd技術研究黃海帶魚和小帶魚的遺傳多樣性具有較高的靈敏度和檢出率，帶魚的多態比例和遺傳多態度均較小帶魚的低; （ 2 ）線粒體165出兇a基因序列在分析兩物種遺傳變異時表現出保守和變異的雙重特性，種內變異極小而種間較大: （ 3 ） 5個隨機引物擴增出種特異的ra衛d帶，可作為種間分子鑒定標記; （ 4 ）研究證實帶魚和小帶魚是不同屬的兩個種，從而在分子水平上支持了nelson分類系統的觀點。Serious cross reation existed between v. albo - atrum and mv2, mv3, mv4. the other pathogen isolates v31 and v32 also had cross reactions, but the reaction was not serious. because limited number of pathogen isolates were selected, it could not prove that the selected immunogen was widely presentative, more pathogens isolates should be tested to verify the acquired hybridomas cells
5株單抗雜交瘤細胞中沒有一株具有種或屬的特異性，其中mv2在棉花黃萎病菌若干菌系間的檢測表明其能夠區分不同的致病類型； mv1和mv4組合檢測的結果基本上能將棉花大麗輪枝菌鑒定到種；黑白輪枝菌與mv2 ， mv3 ， mv4的交叉反應比較強烈，其他菌株v3 ， v32有個別的交叉反應，但不強烈It was shown that the physical property, electric resistivily and microstructure of soil in the slide area were different from those in the slope, and could be used to determine the slip zone, while the mineral ingredient and chemical composition could not be used generally to identify the slip zone
研究結果顯示：黃土滑坡滑帶土的主要物理性質指標、電阻率特性、細觀結構特徵、微觀結構特徵與滑坡體及滑床有顯著差異，在實踐中可作為鑒別滑動面的標志；而滑帶土的礦物、化學成分沒有明顯的差異變化。Identification of functional bacteria showed predominant ammonifiers were shewanella, variovorax, chryseobacterium, bacillus or aeromonas ; among 4 selected nitrogen fixers, one ( azorhizobium caulinodans ) belonged to. a - proteobacteria, the other three ( serratia marcescens, klebsiella pneumoniae and citrobacter freundii ) were enterobacteriace, which belongs to - proteobacteria ; 2 nitrate reducers were aeromonas sp. and citrobacter sp.,
對各功能菌群中的優勢菌的鑒定表明，優勢的氨化細菌為希瓦氏菌屬，產堿菌屬，黃桿菌屬，芽孢桿菌屬或氣單胞菌屬；分離到的4個優勢固氮細菌菌株中，一株為基瘤固氮根瘤菌，屬于-變形菌亞門，而另外3株都屬于腸桿菌科，歸于-變形菌亞門。Green fluorescent protein ( gfp ) gene was conjugated to the 3 " end of the pap gene in order to screen easily of the transgenic cotton plants. the combined gene was cloned into plant expression vector pbi121 and then transformed. about 5000 seeds of the transgenic cotton were obtained and the some seedlings of the transgenic cotton could give a bright green fluorescence in the dark condition when the cotton seedlings were irradiated with ultraviolet rays
為了便於轉基因棉花後代的篩選，在pap基因的3 』端融入了綠色熒光蛋白gfp ）基因，然後將融合基因克隆在植物表達載體pbi121上，再進行遺傳轉化，得轉基因棉花種子5000餘粒，將種子播種長到于葉展開時，先在黑暗中用紫外燈照射，查找表現綠色熒光的幼苗，然後再用地高辛（ dig ）標記的pap基因特異性探針對這些棉花進行點雜交，最後發現有8株棉花表現陽性反應，說明pap基因的確己經轉到了棉花的基因組中，其棉花黃萎病的抗性鑒定正在進行之中。The v. dahliae and other fungal pathogens in cotton were tested after the positive clones were further incubated. the results showed that the acquired monoclonal antibodies could identify v. dahliae kleb. with other pathogens at specie level
經擴大化培養后取上清液對棉花上常見的病原真菌及棉花大麗輪枝菌其他若干菌系進行鑒定，結果表明，所制得的單抗基本上能將棉花黃萎病菌鑒定到種。The astragalus, largehead atractylodes rhizome, chinese thorowax root, chinese angelica and dan - shen root in yiqimingmu pills were identified by thin - layer chromatography
採用薄層色譜法對益氣明目丸中黃芪、白術、柴胡、當歸、丹參進行了定性鑒別，結果表明，本法簡便、快速、準確可靠。[ abstract ] the astragalus, largehead atractylodes rhizome, chinese thorowax root, chinese angelica and dan - shen root in yiqimingmu pills were identified by thin - layer chromatography
採用薄層色譜法對益氣明目丸中黃芪、白術、柴胡、當歸、丹參進行了定性鑒別，結果表明，本法簡便、快速、準確可靠。Abstract : the extract of seeds of vitex negundo l. was separated chromatographycally and purified to obtain nine components. six components of them had been showm as strong antioxidative activity, and identified preliminarily as flavonoids. three components of them were determined to be chalcones
文摘:對黃荊籽提取物進行柱層析、薄層層析分離得9個成分，其中6個抗氧化效果明顯，初步鑒定為黃酮類化合物，其中三種為查耳酮類化合物Altogether 76 strains of armillaria from several main forest regions in heilongjiang province were identified with mating test using tester strains of five known armillaria biological species in northeast china. these isolates belonged to the five species respectively, which included armillaria sinapina, a. gallica, a. luteopileata, a. ostoyae and cbs f ( a. singulal ). the distribution, growth rhythm, hosts range and culture characteristics of the five armillaria biological species in heilongjiang province, were also studied and discussed in the text
在黑龍江省幾個主要林區共採集76個蜜環菌菌株，用交配實驗的方法對它們進行了生物種的鑒定，結果表明在黑龍江省內共發現5個蜜環菌生物種，即芥黃蜜環菌（ armillariasinapina ） ，高盧蜜環菌（ a . gallica ） ，黃蓋蜜環菌（ a . luteopileata ） ，奧氏蜜環菌（ a . ostoyae ）和中國生物種f （ cbsf ， a . singula分享友人