加积的

基本解释 (translations)

aggradational

与加积的相关的网络例句 [注：此内容来源于网络，仅供参考]

Methods; 45 patients with pancreatic cancer were treated with HIFU for 262 person-times.Before treating,these patients have first taken a Chinese herbal acting as strengthening the body resistance to eliminate pathogenic factors,reliving the depressed liver,sooting the liver and regulating the circulation of qi,promoting digestion and digestant for 3～4 days.In 262 person-times,74 person-times were adopted GI decompression,5～10 minutes before operation 26 person-times ware adopted simple fast,6 person-times were additionally taken airless water,and 156 person-times were additionally taken ultrasonic developer-aid for the use of GI examination.

方法； 胰腺癌患者45例，共行HIFU治疗262次，治疗前先服用扶正祛邪、疏肝理气、消食化积的中草药3～4天，采用胃肠减压者74例次，术前单纯禁食者26例次，禁食后术前5～10min加服脱气水者6例次，加服胃肠检查用超声助显剂156例次。

With the analysis of Quaternary geological environmental evolution, the riverbed overburden is classified as alluvium, river fluvial aggradation, glaciation aggradation, periglacial solifluctional aggradation, gravity aggradation, lacustrine aggradation and diluvium aggradation.

通过第四纪地质环境演化的分析，把覆盖层的成因类型划分为水成系列、冰川系列、冰缘系列、重力系列和共生系列五大类，其中又按搬运动力的不同特点分为冲积为主的类型、河流加积类型、冰川加积类型、冰缘冻融泥流加积类型、重力堆积加积类型、洪积加积类型、湖积加积类型等七种亚类。

In the prodelta, the fine sediments spread around with the help of floatage and settle down under the force of gravity.

整体上，扇三角洲的形成是一个沉积物不断前积和垂向加积的过程，湖平面变化不同，二者作用强度不同，致使扇体形态有所差异，但扇面各部分基本维持相对固定的坡度，且沉积物的整体粒度分布趋势一致。

For the partial products generation, the novel method of Booth encoding combined with partial products generating is put up, which can directly map the multiplicand and multiplicator to partition products without generating the BOOTH encoding results. For the optimization of Wallace tree adding, the series formulas of full-adder and 4-2 Compressor realization are introduced to guidance the selection. For the non-bias round, forwarding round disposal in Wallace tree method is brought forward to avoid the final multi-bit adder. Also, the idea of delay-oriented partition of the MAC frame is put up to achieve the perfect match with multi-pipeline DSP architecture.

提出了一种构建多模式算法最小并集的MAC通用结构思想与一种划分MAC通用结构以适应多流水级DSP处理器设计的通用MAC设计方法；对于BOOTH编码和部分积产生，提出了直接建立被乘数与部分积的多路选择映射关系的BOOTH编码和部分积联合产生方法；对于最优Wallace树型加法实现，提出了全加器和4-2 compressor电路实现Wallace树加法所需的关键加法路径级数公式以指导实现选择；对于无偏舍入处理，提出了在Wallace树处理舍入问题的舍入运算前置方法；提出了以时延为导向的MAC各部分单元组合与流水线匹配具体方法。

It is noticed that the riverbed coarsening process has been occurring under the background of local riverbed aggradations.

值得注意的是床沙粗化过程是发生在该河床长期加积的背景上的。

Then, the equation of quantitative structure-activity relationship was effectively established with four descriptors like the molecular volume V(subscript m, order zero chi index, sum of the product of solvent-accessible surface area multiplied by partial charge for all positively charged atoms (Jurs-PPSA-3), and molecular surface area.

QSAR方程含分子体积V、分子分支度指数CHI-0、分子中带正电荷原子的溶剂可积面积与其所带电荷之积的加和值Jurs-PPSA-3以及分子表面积S4个结构描述符。

The report contains a Geographic Information Systems compilation of geophysical, geological, and tectonic data for the Circum-North Pacific. This area includes the Russian Far East, Alaska, the Canadian Cordillera, linking continental shelves, and adjacent oceans. This compilation can be used to: study the Mesozoic and Cenozoic collisional and accretionary tectonics that assembled this continental crust of this region; study the neotectonics of active and passive plate margins in this region; and construct and interpret geophysical, geologic, and tectonic models of the region.

报告对环北太平洋地球物理、地质和板块构造的数据进行了地理信息系统编辑，包括俄罗斯远东、阿拉斯加、加拿大山脉、以及相连的大陆架和海域，可用于研究中生代和新生代碰撞加积的板块，这个板块是由此区域的陆壳组合而成的，研究活跃与不活跃板块边缘的新板块构造，并且建立和解释此区域的地球物理、地质和构造模型。

The upper layer is modern river deposit; the middle layer is relative thick,mainly consisting of icewater deposit,colluvial deposit and deluvium as well as barrier dam accumulation; the bottom layer is formed by ancient river bed deposit and boulder rocks.

河谷覆盖层是由一套不同时期、不同成因类型的沉积物相互迭置的结果，由表及里宏观上可分为3层：表层为现代河流相堆积；中间主要为以冰水、崩积、坡积、堰塞堆积与冲积混合为主的加积层，厚度相对较大；底部主要为古河床的冲积、冰水漂卵砾石层。

In the eastern platform and its marginal reef tracts, it consits of TST composed of 4-7 aggrading parasequences and HST composed of 2-3 minor-prograding parasequences and condensed sections, 35-40 parasequences can be recongnized in the Late Permian.

东部的碳酸盐台地和台地边缘区，由4-7个副层序叠复加积的海进体系域和2-3副层序叠复的弱进积的高位体系域或密集层组成，整个晚二叠系包括35-40个副层序。

In the middle of clastic and carbonate transition tracts, it includes TST composed of 3-5 retrograding parasequences and HST composed of 3-4 prograding parasequences,the Late Permian filling can be divided into 40-45 parasequences.

中部碎屑与碳酸盐过渡区，每个层序由3-5个叠复退积的海进体系域和3-4个叠复加积的高位体系域组成，整个晚二叠系可划分出40-45个副层序。

与加积的相关的网络解释 [注：此内容来源于网络，仅供参考]

full adder：全加器

通常采用全加器(Full Adder)来完成相同权重的位相加. 采用一位全加器,那么Wallace树的每一层,就可以将部分积的向量数目按照3:2的比例缩减. 也可以采用2个全加器,来获得4:2的缩减比例. 本文中采用3:2计数器(全加器)来进行部分和缩减,

aggradation plain：沉积平原

aggradation of river bed 河床的淤高 | aggradation plain 沉积平原 | aggradational plain 加积平原

anticonvulsive：抗惊厥的(药物),抗痉挛的(药物)

anticonvulsant | & 抗惊厥的(药物),抗痉挛的(药物) | anticonvulsive | & 抗惊厥的(药物),抗痉挛的(药物) | anticorrosion island | 加积岛

prolonged rain：特续的雨

prolongation 后加演化 | prolonged rain 特续的雨 | proluvial fan 洪积扇

aggradational：层序加积的

aggradational plain 加积平原 | aggradational 层序加积的 | aggrade 加积;变厚

aggradational plain：加积平原

aggradational deposit 加积沉积物 | aggradational plain 加积平原 | aggradational 层序加积的

aggrade：加积;变厚

aggradational 层序加积的 | aggrade 加积;变厚 | aggrading braided stream 加积辫状河

Cumulose soil：堆积土,腐积土,腐泥土,腐殖土,高腐殖质淤泥土,植积土

cumulative winding 迭加绕组 | cumulose soil 堆积土,腐积土,腐泥土,腐殖土,高腐殖质淤泥土,植积土 | cuneiform 楔形的,楔状的,楔状软骨

aggrading：加积(的)、变厚(的)

Age of copper and Age of Bronze 铜器和青铜器时代 | Aggrading 加积(的)、变厚(的) | Agro-sylvo-pastoral equilibrium 农林牧平衡

totalling meter：求积计数器

totalizing wattmeter ==> 総合電力計 | totalling meter ==> 求积计数器 | totally additive ==> 完全可加性的