裂葉屬 的英文怎麼說
中文拼音 [lièyèzhǔ]
裂葉屬
英文
ogmocotyle-
The material of this study is a new species - cardamine hupingshanesis, found by lin - hang liu and ke - ming liu professors of hunan normal university. its karyotype was analyzed and molecular evolutions of five species, c. hupingshanesis ( hup, about 1300m sea level ), c. griffithii ( gri, about 1500m sea level ), c. impatiens ( imp about 600m sea level ), c. hirsute ( hir, about 200m sea level ) and c. scutata ( scu, about 200m sea level ) were studied. on the basis of moiphological studies, phylogenetic trees were constructed by its sequences and then the phylogenetic relations of hup and four other species were discussed
本文以湖南師范大學劉林翰、劉克明老師發現的十字花科碎米薺屬（ cardamine ）一新種? ?壺瓶碎米薺（ cardaminehupingshanesisl . h . liu ， hup ，海拔1300m左右）為實驗材料，對其核型作初步分析；並結合該新種同屬同組（碎米薺組， sect . cardamine ）但生長在海拔不同的四個種? ?大葉山芥碎米薺（ cardarminegriffithii ， gri ，海拔為1500m左右） 、彈裂碎米薺（ cardamineimpatiens ， imp ，海拔為600m左右） 、碎米薺（ cardaminehirsute ， hir ，海拔為200m左右）和圓齒碎米薺（ cardaminescutata ， scu ，海拔為200m左右）進行了分子系統學研究。4. the type of physiological integration of l. virgaurea and l. sagitta both belonged to splitor
黃帚橐吾和箭葉橐吾的生理整合類型屬于分裂者。European hawthorn having deeply cleft leaves and bright red fruits ; widely cultivated in many varieties and often grown as impenetrable hedges ; established as an escape in eastern north america
歐洲的一種山楂屬植物，葉深裂，果亮紅色；在園藝上已培育出各種不同的類型，常用作綠籬；在北美東部成為逸生種。The common jujube ( also know as chinese date or tsao ), is a native fruit tree of ancient lineage cultivated in china for over 4000 years, and is now grown as a fruit tree also in asia, europe and america
根據中國樹木志的記載，棗樹可長高至三十尺，屬"落葉喬木。樹皮褐色或灰褐色，淺縱裂。枝常具皮刺。This paper mainly introduces the main failure types of compressor metal components, the inspection and evaluation scope and project of compressor metal components, the materials of gas turbine blades and failure types, etc
主要介紹了壓氣機金屬部件斷裂失效事故的主要類型、壓氣機部件金屬技術監督檢查與評估的范圍及項目、壓氣機葉片材料與失效方式等內容，與同行共同探討。Directionally solidified refractory metal matrix eutectic in - suit composites possess excellent mechanical and physical properties such as low density, high enduring temperatures, good room - temperature fracture - toughness and high elevated - temperature strength, therefore are expected to be used as a new type of ultra - high temperature structural materials
定向凝固難熔金屬基共晶自生復合材料由於具有密度低、承溫能力高、室溫斷裂韌性好、高溫強度高和高溫持久壽命長等性能優勢，有望成為新一代航空發動機葉片用超高溫結構材料。分享友人