In recent years, with the development of modern paper industry, the scale of Papermaking plant is becoming larger and larger.
近年来,随着现代造纸工业的快速发展,造纸车间的体积越来越大,同时在纸张的生产过程中,必将散发大量的热与湿,因此造纸工业厂房的通风和壁面结露越来越成为需要解决的问题。
When the source, reservoir and seal conditions are available, the hydrocarbon potential of flower structure is superior to that of other structural styles because flower structure not only controls the distribution of petroleum accumulations, but also the site of stress release in the strike-slip fault is usually the s.
在具备生、储、盖地质条件时,花状构造样式的含油气性优于其他构造样式,不仅控制着油气藏的分布,而且走滑断层的应力释放区往往是油气富集区。
Branchs of the fault and aruond them appear flower structures, positive inversion structures and buried hill structures.
郯庐断裂在渤海海域不同区域的展布及其特征有所差异,渤中凹陷以南表现为多支,渤中凹陷及其以北地区表现为单支,在断裂各分支及其附近形成了花状构造、正反转构造、潜山构造等一系列有利于油气聚集的构造圈闭。
This paper,using 3D seismic information and well log data,combined with regional geological features,presents the distribution characteristic of this fault zone and suggests that such a fault is characterized by strike-slip nature flower structure,riband effect,crushed zone and volcanic rock body leap,etc.
以三维地震资料、测井资料为基础,结合区域地质特征,查清了克拉玛依油田八区下乌尔禾组油藏内部近南北向的256断裂带的分布特征,认为256断裂带具有走滑性质,剖面上为花状构造,具有丝带效应、破碎带和火山岩体错断等特征。
Depositional genesis of Anpeng structural nose and fractures distributed in Anpeng deep zones;
泌阳凹陷安棚鼻状构造的沉积成因及裂缝分布
A series of techniques are presented for reservoir prediction of structural nose,it uses seismic attribute technique,neural networks to predict the reservoir parameters and log-constraint inversion technique,the sandstone bodies and the hydrocarbon distribution of reservoirs.
研究提出了识别鼻状构造的储层预测技术,即联合应用地震属性技术、测井约束反演技术及神经网络储层参数预测技术对储层砂体及油气分布进行了预测,整个储层预测过程既有定性识别又有定量评价岩性油气藏。
The hydrocarbon reservoirs discovered in Biyang Depression at present are circularly distributed around source depressions,where many radioactively shaped nose-like structures are developed,its scale is in proportional with that of hydrocarbon enrichment.
泌阳凹陷目前发现的油气藏均围绕生油凹陷呈环状分布,生油凹陷发育了多个放射状的鼻状构造,其规模与油气富集的规模呈正相关关系。
The paper discussed the controlling factor and concentration rule of N1s reservoir genesis from structure,sedimentation and fault and resulted in following knowledge: ①low-amplitude nose-like structure dominantly controls the concentrati.
本文从构造、沉积以及断裂等方面对沙湾组(N1s)油气成藏控制因素及富集规律进行了探讨,得出以下认识:①在单斜构造背景下,低幅度鼻状构造(带)明显地控制油气聚集与分布;②滨浅湖相的滩坝砂体是浅层油气成藏最为有利的储集体,沙三段为沙湾组(N1s)最重要的勘探目的层;③正断层为沟通油气与储层起到了重要作用,正断层的上升盘更容易形成有效封堵而成藏。
Field Measurement Analysis and Numerical Simulation of Heat Moisture Environment in Paper Industrial Plants under High Temperature and Humidity Environment
高温高湿造纸工业厂房热湿环境实测分析及数值模拟
A Research on the Reconstrution and Reuse of the Shanghai Old Industry Plants;
上海旧工业厂房的改造与再利用研究
The Supervision-management Practice of the Craftpaper Complex-buildings Project in Qingshan Manufacturer of Shaxian;
沙县青山纸业牛皮卡纸技改工程联合厂房工程建设监理实践
Improvement of Drawing Column Construction Method in the Single Story Industrial Building
单层工业厂房改造中拔柱施工方法的改进
The factory that we often work is the paper mill.
我们经常劳动的工厂是造纸厂。
Reclothing for the Old Plants under Renewal & the Matched Manner and Details;
旧工业厂房改造过程中的再构成与细部研究
DEWING ANALYSIS AND INNOVATION DESIGN OF GLASS CURTAIN WALL FOR INDUSTRIAL
工业厂房玻璃幕墙结露分析及改造设计
Design of the reform engineering of wastewater treatment of a paper making plant
某造纸厂废水处理改造工程设计实例
A building or collection of buildings that has machinery for manufacture; a factory.
工厂一个厂房或一组厂房,装有用来制造的机器;工厂
Study on Application of the Industry Lignin of Waste Fluid in Pulp and Paper Mill;
关于制浆造纸厂废液中木质素在工业上的应用探讨
From the Cradle of the Art of Papermaking to a Modernized Paper Industry;
从造纸术摇篮到造纸工业现代化(英文)
The factory manufactures paper from rags.
这家工厂用破布大量造纸。
No. I've always worked in a paper factory."
不是。 我一直在造纸厂工作。”
The mill where we often labor is a paper mill.
我们常在那里劳动的工厂是一个造纸厂。
China Technical Association of Paper Industry
中国造纸工业技术学会
Arab Union for Paper Industries
阿拉伯造纸工业联合会
Paper is made in a paper mill.
纸是造纸厂生产的。
Study on Energy Efficiency Reformation Technical for External Structure of Old Factory Premises in Severe Cold Region;
严寒地区老工业厂房围护结构节能改造技术研究
CopyRight © 2020-2024 优校网[www.youxiaow.com]版权所有 All Rights Reserved. ICP备案号:浙ICP备2024058711号