- 更多网络例句与立方相关的网络例句 [注：此内容来源于网络，仅供参考]
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Results The results showed that the average concentration of the bacteria, fungi and total microbes in the outdoor environment were 5.04×10^4, 3.75×10^3 and 5.41×10^4 cfu/m^3 respectively and the fungi accounted for 6.92% of the total. The preliminary identification showed that the dominant bacteria mainly were Micrococcus, Bacillus, Pseudomonas and Staphylococcus and the average percentage were 37.3%, 21.0%, 10.3% and 9.5% respectively. Of the five fungi the dominant ones were Aspergillum, Penicillium, Mucor and Rhizopu. The average percentage were 42.0%, 36.0%, 4.4% and 4.2% respectively. Conclusion The outdoor air of Hefei has been polluted by airborne microbes.
结果 合肥城区空气细菌总数均值为5.04×10^4cfu/立方公尺，真菌总数均值为3.75×10^3cfu/立方公尺，合计为5.41×10^4 cfu/立方公尺，其中真菌占6.92%；对不同采样点的空气细菌和真菌进行了初步鉴定，优势细菌属为微球菌属、芽孢杆菌属、假单胞菌属和葡萄球菌属，分别占总细菌的37.3%，21.0%，10.3%，9.5%；真菌共检出5属，其中优势菌属为曲霉属、青霉属、毛霉属、根霉属，分别占总真菌的42.0%，36.0 %，4.4%，4.2%。
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Results show 1 the total water requirement of the crops in the Jinghe Watershed is 740543.20×10^4 m^3, accounting for 41.58% of the total water requirement of the region; 2 of the two major groups of crops, grain crops are higher than cash crops in water requirement quotas; and among specific crops, vegetables, melons, rice and cotton are higher and sunflower, potato and benne are lower than other crops; 3 water requirement per hectare varies from county to county with the highest being 5682m^3hm^(-2), in Jingyang County, and the lowest 4022 m^3hm^(-2) in Dingbian County, averaged to 4 583 m^3hm^(-2), but the water requirement quota of a crop does not vary with the county, so calculation of water requirement quota of a county is closely related to its cropping structure; and 4 because of serious waste of water in farming, the actual water consumption in agriculture in the region is much higher than the calculated crop water requirement.
结果表明，泾河流域农作物需水量总计740543.20万立方公尺，农作物需水占总需水量的比例较高，为41.58%。粮食作物需水定额较经济作物高；就具体作物而言，菜、瓜类、水稻、棉花等需水定额较高，向日葵、薯类、胡麻等较低。各县单位面积需水量差异较大，平均值为4583立方公尺hm^(-2)；泾阳县最高，为5682立方公尺hm^(-2)，定边县最低，为4022立方公尺hm^(-2)。由于事先设定大多数作物的需水定额不随县的改变而改变，因此需水量与作物结构密切相关。农业用水浪费严重，使泾河流域农作物实际用水量远高于需水量的理论计算值。
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In this thesis, two cubic nano-silver substrates with different shapes are prepared and their SERS effects are measured. The substrate which is composed of disperse nano-silver congeries has a good SERS effect.
本文应用已有的水热还原法制备出立方纳米银胶，并应用不同的方法制备出两种不同形貌的立方纳米银基底，通过SERS效应的检测，确定了当基底由分散的立方纳米银聚集体组成时，其拉曼增强效果较好。
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In this study, the influence of feedstock size (2×2×5 cm^3、2×2×10 cm^3、2×2×15 cm^3) on the fundamental physical and chemical properties of slow pyrolysis products, e. g. wood charcoals and vinegars were examined. The slow pyrolysis was conducted by using steel kiln at the heating rate of 100℃/hr, pyrolysis temperature of 700℃, and holding time of 1 hr and the feedstock were Cryptomeria japonica and Acacia confusa.
本研究系利用慢速热解法将国产柳杉与相思树依不同尺寸(2×2×5立方公分、2×2X×10立方公分、2×2×15立方公分)以固定床式机械窑，在升温速率100℃/hr下，将试料加热至700℃并持温1hr，探讨材料尺寸对热解产物木炭与木醋液基本性质之影响。
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According to the sizes and shapes of the zeolite pores, the local arrangement of adsorption sites within the pores in the LDFT models were simulated by the clusters of simple cubic lattice, face-centered cubic lattice, and body-centered cubic lattice structures.
根据沸石孔的尺寸和形状，LDFT模型将氢分子在孔中的吸附位分布近似为简单立方、面心立方和体心立方的团簇结构。
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Initially synthesized In2O3 nanocubes possesses a length between 500-600 nm. Inspected by XRD, ESCA and TEM, the nanocubes are confirmed as bixbyite structure of In2O3, which is a cubic structure system.
初合成的In2O3奈米立方晶体长度大约在500-600nm，透过XRD、ESCA和TEM的仪器检验，证明其确实为氧化铟的立方铁锰矿结构，属於立方晶系结构。
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G.E.Hubb root is from 0.20mm to 0.50mm, and 95% roots, diameter is thinner than 0.40mm. The total surface areas of roots is 10139.68cm^2, and the surface areas of roots is about 2 to 3 times to soil surface areas in the surface layer. Enlacing sod concretion to soil profile of Eulaliopsis binata G.E. Hubb root and the gigantic adsorption to soil grains of root surface are the mechanism why Eulaliopsis binata G.E. Hubb can reduce null and water loss significantly. The monitoring result from 2003 to 2004 indicates that, when the gradient is 12 degrees, the runoff rate of planting Eulaliopsis binata Retz. G.E. Hubb completely after changing slope land to ladder (PECC, so as the follows is only 49.90m^3/hm^2?yr. and the soil loss rate is 155.78kg/hm^2?yr, however, the runoff rate of fanning and being not change slope land to ladder is 314.29m^3/hm^2?yr that is 6.30 times to PECC ,and the soil loss rate is 3322.50 that is 21.33 times to PECC; When the gradient is 24 degrees, the runoff rate of planting eulaliopsis binata G.E, Hubb in the ridge and border slope land after changing slope land to ladder is 248.04m^3/hm^3?yr and the soil loss rate is 612.00kg/hm^3?yr. the runoff rate of PECC is only 42.44m^3/hm^2?yr and the soil loss rate is 153.75kg/hm^2?yr, however, the runoff rate of ENC reaches to 785.73m^3/hm62?yr that is 3.17 times to PERBC and 18.52 times to PECC, and the soil lose rate reaches to 37503m^3/hm^2 yr that is 61.33 times to PERBC and 244.12 times to PECC.
蓑草根系平均直径0.20~0.50mm， 95%的根系平均直径小于0.40mm，根系总表面积10139.68cm^2，在土壤表层根系表面积高达土体表面积的2~3倍，根系表面对土壤颗粒的巨大吸附作用是蓑草显著提高土壤抗侵蚀能力的另一个重要原因。2003~2004年的监测结果表明，在12度坡度情况下，坡改梯后净作蓑草年径流量仅49.90立方公尺/hm^2，年土壤流失量为155.78kg/hm^2，而未坡改梯且农作情况下，年径流量314.29立方公尺／hm^2为前者的6.30倍，年土壤流失量3322.50Kg/hm^2为前者的21.33倍；在24度坡度情况下，坡改梯后土埂及边坡种植蓑草、坡面农作年径流量248.04立方公尺/hm^2，年土壤流失量612.00kg/hm^2，坡改梯后净作蓑草径流量42.44立方公尺/hm^2，土坡流失量l53.75kg/hm^2，而未坡改梯且农作情况下年径流量高达785.73立方公尺/hm^2，分别为处理1的3.17倍，处理2的18.52倍，年土壤流失量高达37503kg/hm^2，分别为处理1的61.33倍，处理2的244.12倍。
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The band-structure and partial density-of-states reveal that pseudocubic and defect cubic phases are semi-conducting, while β,γ and cubic phases are metallic.
能带结构和分波态密度计算表明，在两种近似下，膺立方和缺损立方是半导体，而β，γ和立方相是金属。
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Pseudocubic-, cubic-, and cubic-defect-Si3P4 phases, with their space groups P63/m, Fd-3m, P-42m, IM-3M, and P-43m, respectively.
考虑的Si3P4结构包括分别具有空间群P63/ m， Fd-3 m， P-42 m，I M-3 M， P-43 m的β，γ，膺立方、立方和缺损立方相。
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The experiments were carried out to calibrate FDR in the lab and field, and calibration equations were verified by oven-dried method for soil samples obtained by augers. The result showed that good calibrating equations with average RMSE 0.023 m^3/m^3 were fitted in the lab, but they had poor RMSE 0.066 m^3/m^3 when used in the field. Other calibrating equations with average RMSE 0.026 m^3/m^3 were also fitted by indirect field calibration method, and they had good RMSE 0.026 m^3/m^3 when used in the field.
结果表明，室内试验获得了较好的模型参数，均方根误差平均达到了0.023 立方公尺/立方公尺，但是应用到田间条件下误差很大，均方根误差平均为0.066立方公尺/立方公尺；田间条件下也间接获得了较好的模型参数，均方根误差的平均值为0.026立方公尺/立方公尺，应用于田间时测定含水量的精确度较高，均方根误差的平均值为0.026立方公尺/立方公尺。
- 更多网络解释与立方相关的网络解释 [注：此内容来源于网络，仅供参考]
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Cubic close-packed：立方最密堆积
立方最密堆积 cubic close packed | 立方晶格 cubic lattice | 立方晶格晶胞 cubic-lattice cell
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Cubic foot Cu.ft：立方呎
立方碼 cubic yard cu yd | 立方呎 cubic foot cu ft | 立方吋 cubic inch cu in
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Cubic foot ft：立方英尺
立方码Cubic yard yd3 | 立方英尺Cubic foot ft3 | 立方英寸Cubic inch
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Cubic crystal system：立方晶系
Cubic close-packed 立方密堆积 | Cubic crystal system 立方晶系 | Cubic system 立方晶系
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cubic yard cu yd：立方碼
立方哩 cubic mile cu mi | 立方碼 cubic yard cu yd | 立方呎 cubic foot cu ft
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face centered cubic：面心立方
51 body-centered cubic 体心立方 | 52 face-centered cubic 面心立方 | 53 hexagonal close-packed 密排立方
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face centered cubic lattice：面心立方晶格=>面心立方格子
face cam 平面凸轮 | face centered cubic lattice 面心立方晶格=>面心立方格子 | face centered lattice 面心晶格
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hypercube network：超立方网路
"超立方","hypercube" | "超立方网路","hypercube network" | "超立方系统","hypercube system"
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hypercube network：超立方网络
超立方 hypercube | 超立方网络 hypercube network | 超立方系统 hypercube system
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Cubic inch：立方英寸
如蒲式耳(Bushel)加仑(Gallon)升(Liter)体积单位:常用于木材及化学气体等少数商品,如立方米(Cubic Meter)立方英尺(Cubic Foot)立方英寸(Cubic Inch)立方码(Cubic yard)运输标志(Shipping Mark)也称唛头,