查询词典 diagonally dominant matrix
- 与 diagonally dominant matrix 相关的网络例句 [注:此内容来源于网络,仅供参考]
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The genetic property of Balilla type is controlled by a pair of dominant nuclear genes, and modified by minor genes. Contrast with curved panicle gene, the erect one is dominant, but may not the complete dominant.
巴利拉型直立穗型品种的穗型遗传受1对主效核基因控制,同时有微效修饰基因参与作用,直立穗型相对于弯曲穗型为显性,但不一定是完全显性。
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Of the free tick, Hyalomma asiaticum asiaticum was the dominant species in the southern part while Hyalomma asiaticum kozlovi was the dominant species in the eastern part.Both of them accounted for about 66.9% and about 25% was overlapped. Among the parasitic ticks, Rhipicephalus turanicus was the dominant species and its proportion was higher than that in the northwest.The proportion of Rhipicephalus sanguineus reached about 10%,which was identical to Dermacentor niveus .
游离蜱中亚洲璃眼蜱指名亚种在南部地区占主要地位,为72.6%,而在东部地区以亚东璃眼蜱为主,为66.9%,存在25%左右的交叉,寄生蜱中以图兰扇头蜱为主,并较西北部的比例偏高,血红扇头蜱的比例达10%左右,与银盾革蜱基本一致,较西北部高出20左右。
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Variation of important value of dominant weed is that in spring and fall the dominant weed is Viola prionantha while in summer it is Digitaria ischaemum. In general management lawn community it is Leymus secalinus that is the dominant weed in spring and fall and Digitaria ischaemum in summer.
管理水平较差的草坪群落中,春季和秋季是早开堇菜占优势,夏季是止血马唐占优势;管理水平一般的草坪群落中春、秋季节是赖草占优势,夏季也是止血马唐占优势;管理水平较好的草坪群落中整个生长季是鼠掌老鹳草、鹅绒委陵菜、赖草占优势,且以鼠掌老鹳草的优势度最大。
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Dominant species were scrutinized, of which 8 species in spring, 7 in summer, 9 in autumn and 13 in winter. All the dominant species were eurythermic and euryhaline characteristic of sub-tropic community structure along seashore. The majority of dominant species were Thalassiosira pacirica , Skeletonema costatum , Nitzschia paradoxa , and Thalassiosira subtilis .
优势种共有37 种:春季8 种、夏季7 种、秋季9 种、冬季13 种,几乎全为广温广盐性沿岸种类,群落结构具有亚热带和沿岸性特征,主要优势种为太平洋海链藻 Thalassiosira pacirica 、中肋骨条藻 Skeletonema costatum 、奇异菱形藻 Nitzschia paradoxa f。
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The treatment of car-washing wastewater by using membrane bioreactor was investigated. The influences of operating pressure and environmental factors on the membrane's filtration function were analyzed combining with theoretical calculations. In the meiobar range, membrane resistance was the dominant role, independent of operating terms. In the middle pressure range, concentration difference-polarized resistance was the dominant role, depending much on operating terms. In the high pressure range, gelatin resistance was the dominant role. The influences of the operating pressure was small on the membrane flux, and the membrane's separating characteristics were related much with mud concentration, membrane flow velocity and etc.
通过膜生物反应器处理某车辆厂洗车废水的实验研究,结合理论计算,分析了操作压力及环境因素对膜过滤性能的影响研究结果表明,在低压区,膜本身阻力占主导地位,它与操作条件无关;在中压区,浓差极化阻力占主导地位,它与其他操作条件关系密切;在高压区,凝胶层阻力占主导地位,操作压力增加对膜通量影响不大,在此阶段膜分离特性还与污泥浓度、膜面流速等操作条件有关。
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In the meiobar range, membrane resistance was the dominant role, independent of operating terms. In the middle pressure range, concentration difference-polarized resistance was the dominant role, depending much on operating terms. In the high pressure range, gelatin resistance was the dominant role. The influences of the operating pressure was small on the membrane flux, and the membrane's separating characteristics were related much with mud concentration, membrane flow velocity and etc.
研究结果表明,在低压区,膜本身阻力占主导地位,它与操作条件无关;在中压区,浓差极化阻力占主导地位,它与其他操作条件关系密切;在高压区,凝胶层阻力占主导地位,操作压力增加对膜通量影响不大,在此阶段膜分离特性还与污泥浓度、膜面流速等操作条件有关。
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Phylogenetic analysis showed that the proteobacteria were the dominant group both in the sediments and waters,γ-proteobacteria and δ-proteobacteria were dominant in the sediments,α-proteobacteria were dominant in the water. However, all subphyla of proteobacteria presented phylogenetical divergence at the two sites.
各站位中主要为变形菌门,沉积物中γ-Proteobacteria和δ-Proteobacteria亚门占优势,水中则以α-Proteobacteria亚门占优势,但各亚门微生物在两个站位中存在明显系统发育学分歧。
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Dominant sociales; dominant; dominant species; dominants
在群落中具有最大密度、盖度和生物量的物种。
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The major dominant species of predatory enemies were Erigonidium graminicola and Theridion octomaculatum and their individuals were 81.4 percent of the total predatory enemy individuals of the community.1.2 Spatial patterns and their dynamics of major dominant predatory enemies ofarthropod communityThe research results showed that Pieris rapae distributed mainly on heart leaves and back of inner leaves of cabbage plants, Plutella xylostella distributed mainly on the back of cabbage leaves and Lipaphis erysimi distributed widely in cabbage plants. Among the major dominant species of predatory enemies, Sitticus sinensis distributed mainly on the front of leaves of cabbage plants in spring cabbage fields, and Misumenopos tricuspidata and Propylaea japonica distributed widely in cabbage plants.
在捕食性天敌中蜘蛛10种,捕食性昆虫3种,主要优势种为草间小黑蛛、八斑球腹蛛,其数量占捕食性天敌总数量的81.4%。1.2节肢动物群落主要优势种的空间格局及其动态研究结果表明,害虫优势种菜青虫主要分布于甘蓝心叶和甘蓝叶反面,小菜蛾主要集中分布在甘蓝叶的反面,而菜蚜在甘蓝植株内的分布较广;春甘蓝田捕食性天敌优势种中华跃蛛在外层叶正面分布较集中,三突花蛛与瓢虫类在甘蓝植株内的分布较广。
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EDAX and talysurf. There were four wear regimes for KRF/GCI, during the starting friction period abrasion was dominant, when the process of the formation and break of transfer layers was balanced the main wear mechanisms were adhesion and fatigue, mild melt wear was found at higher temperature. For KRF/MMC, the dominant wear mechanisms were ploughing and microcuting during the running-in, when transfer layer formed, the film-film adhesion at the interface became dominant and mild melt wear occurred also at high temperature.
对于KRF/GCI,在摩擦的起始阶段主要是二体磨粒磨损,当表面转移膜的形成与破坏形成动态平衡时,粘着磨损和疲劳磨损是主要磨损机理,摩擦表面温度较高时,产生严重的粘着磨损和轻微的熔融磨损;而KRF/MMC在跑合过程中,SiCp对较软材料的犁削、微切削是主要摩擦磨损机理,转移膜形成后,表面的膜—膜粘着则为主要摩擦磨损机理,高温下也会发生轻微的熔融。
- 相关中文对照歌词
- In the Matrix
- Don't Want To
- Matrix
- Dominant Species
- Slow It Up
- The Weather Report
- Call Me Master
- Big And Strong
- Cases
- The Kids
- 推荐网络例句
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Salt is good, but if the salt becomes flat and tasteless, with what do you season it?
14:33 盐本是好的,盐若失了味,可用什么叫它再咸呢?
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He reiterated that the PLA is an army of the people under the leadership of the Communist Party of China.
他重申,人民解放军是在中国共产党领导下的人民军队。
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After five years at the Laue-Langevin Institute in Grenoble, France, Jolie turned his focus to experimental work when, in 1992, he accepted a position at the University of Fribourg in Switzerland.
他在法国格赫诺柏的劳厄–蓝吉分研究所工作了五年之后,1992年转往瑞士夫里堡大学从事实验研究。