Each step of a mip level texture is half the original texture's height and width.
每一个次层级的纹理映射贴图都是前一个层级长宽的一半。
MIP didn't demonstrate the tear entry and intimal flap.
MIP不能直接显示破口和内膜瓣。
Abnormal blood vessels were displayed well on MIP images.
减影配合MIP技术可显示病灶旁的异常血管。
The images were trageted with maximum intensity projection (MIP).
所有图像后处理均采用最大信号强度投影（MIP）技术。
MIP clearly showed the wall calcification and extent of aneurysm.
MIP可清楚显示管壁钙化和动脉瘤形态；
This paper proposes a hierarchical access authentication mechanism based on MIP-RR.
提出一种基于MIP-RR协议的层次化接入认证机制。
MIP could show the wall calcification , extent and shape of aortic aneurysms clearly.
MIP可清楚显示管壁钙化和动脉瘤范围、形态。
This paper focuses on the analysis of movement detection mechanisms for MIP: LCS, ECS.
本文重点分析了影响MIP切换时延的移动检测机制：LCS，ECS。
SEM micrographs and MIP analyses coincided considerably with R-value method's conclusions.
SEM和MIP微观分析与R值方法评价的结果是吻合的。
This thesis's second part studied the preparation and permeation properties of MIP membrane.
本文研究工作第二部分研究了分子印迹聚合物膜的制备和膜传输性能。
The IETF Mobile IP (MIP) integrates these different networks into a single IP-based platform.
IETF提出的移动IP (MIP)能够将各种网络统一到单一的IP信息平台。
The paper studied a method of preparing noncovalent molecular imprinting polymer(MIP) in polar solvent.
本文对极性溶剂中非共价型分子烙印聚合物的制备条件进行了研究。
CONCLUSION MIP, as the adsorbent of SPE, will provide an effective way to solve the purification of drugs.
结论MIP作为固相萃取吸附剂为解决药物的纯化提供了一条可行的有效途径。
The SSD and MIP images of AD displayed the relationship between AD and neighboring organs clearly and directly.
AD的SSD，MIP图象立体感强，直观地显示主动脉夹层与周围器官的关系。
The pore characteristics of cement-based composite material after high temperatures were investigated with MIP.
采用压汞测孔法对高温下水泥基复合材料孔隙特征进行了研究。
GLPK is a package intended for solving large-scale linear programming (LP), mixed integer linear programming (MIP) problems.
GLPK是一个求解大规模的线性规划问题(LP)、混合整数规划问题(mip)以及相关问题的自由软件包。
This is commonly used by MIP mapping where the displayed image size determines the resolution of the image used for drawing.
这通常由mip映射使用，其中显示的图像大小将决定用于绘制的图像分辨率。
Postprocedure processing with a maximum intensity projection (MIP) algorithm was made for three dimensional(3D) reconstruction.
原始图像以最大信号强度投影（MIP）进行三维图像后处理。
Postprocedure processing with a maximum intensity projection (MIP) algorithm was made for three dimensional (3D) reconstruction.
图像后处理以最大强度投影法（MIP）进行三维（3D）重建。
The research progress on applications of MIP in chiral drug separation and clinical drug analysis in the recent years was expounded.
综述了近年来分子印迹聚合物在手性药物分离和临床药物分析应用方面的研究进展。
Then fast spiral echo sequence was used to get weighted T2WI images and the images were reconstructed with MIP(maximum intensity projection).
然后用快速自旋回波重T2 WI加权序列扫描，图像经最大密度投影法重建。
MIP images have a tendency to misrepresent anatomic spatial relationships because the projected data do not take spatial location into account.
由于投影的信息没有将空间位置考虑在内，MIP图像有错误体现解剖空间关系的倾向。
For reducing the delay and signaling overhead in MIP, some IP-based micro-mobility protocols supporting fast and reliable handoff were proposed.
为了减少MIP中的时延和信令开销，提出了支持快速、可靠切换的IP微移动性协议。
Catalyst MIP-CGP specially designed and produced for FCC unit revamped with MIP process was tested in Qingdao Petrochemical Branch Co. , SINOPEC.
青岛石油化工有限责任公司（简称青岛石化公司）在重油催化裂化装置上试用了根据M IP工艺改造后的特点而专门设计生产的催化剂MIP-CGP。
The novel FCC process for maximizing iso-paraffin in cracked naphtha is a proprietary technology named as MIP to produce clean gasoline component.
多产异构烷烃的催化裂化工艺(MIP工艺)是具有我国自主知识产权的生产清洁汽油组分的技术。
OBJECTIVE To study the molecular recognition properties of the molecularly imprinted polymer(MIP) as the adsorbent of solid-phase extraction(SPE).
目的将分子烙印聚合物（MIP）作为固相萃取的吸附剂，研究其分子识别性能。
For the anterior communicating artery aneurysm or post communicating artery aneurysm, MIP and SSD techniques should be used for further diagnosis.
对于前交通和后交通动脉瘤应进一步用MIP、SSD技术明确诊断。
Objective To ascertain the relationship between acute myocardial infarction combined pump exhaustion and myocardial ischemic preconditioning(MIP).
目的探讨急性心肌梗死合并泵衰竭与心肌缺血预适应的关系。
Objective To ascertain the relationship between acute myocardial infarction combined pump exhaustion and myocardial ischemic preconditioning(MIP).
目的探讨急性心肌梗死合并泵衰竭与心肌缺血预适应的关系。
应用推荐