lbl

The LBL system includes position theorem and analysis of error .

在长基线系统中，介绍了定位原理和对系统误差作了分析。

One case was B cell LBL in skin .

1例为发生于皮肤的成人B淋巴母细胞性淋巴瘤。

Application of LBL in Combination with PBL in Clinical Education of Surgery

LBL结合PBL在外科临床教学中的应用

Assessment on Effects of Combining PBL and LBL in Teaching Medical Physics

医用物理教学中PBL和LBL相结合的效果评估

Conclusion : the teaching effectiveness of PBL group was better than LBL group .

结论：PBL教学法运用于学生教学查房收到较好的效果；

Fast and accurate AUV positioning using acoustic beacons of LBL system

基于LBL声信标的AUV快速精确定位

Accurate positioning for ROV in deep-sea mining based on LBL acoustic system

基于长基线系统深海采矿ROV精确定位

The second approach , LbL technique is versatile method to synthesize core-shell materials .

LbL自组装技术是一种制备核壳材料的常用方法。

The Synthesis , Characteristic and Application of Erasable LbL Films

可消去（erasable）LbL膜的制备、性质和应用

Therefore , the evaluation to the accuracy of LBL algorithm can only be made in the comparison among different models .

因此，逐线积分模式精度的比较基本上只能在模式之间进行。

Objectives : To assess the effects of PBL and LBL in teaching Medical Physics .

目的：评价在医用物理教学中PBL结合LBL的教学效果。

In addition , layer-by-layer ( LbL ) assembly technique is also useful for confined reaction .

此外，层层自组装技术也是一种可以用于限域反应的有效手段。

The approach was based on a LBL assembly technique and one-step immunoassay for AFP detection .

这种方法是基于层层组装技术和一步法测定AFP的免疫分析测定原理。

The art of LbL assembly lies in how to design each individual deposition process and the way they are combined .

因此，层层组装的艺术就在于如何对每一个界面组装过程进行设计以及如何将多个界面组装过程有序地结合起来。

Conclusion The method of LbL is simple , can be prepared , reproduced better lipid microbubbles .

结论LbL法方法简单，可以制备出、转载较好的脂质微泡。

Research of the Function of Lycium barbarum ( LBL ) Radiation of γ - Ray

枸杞抗γ射线辐射作用的研究

Using LBL self-assembly to prepare novel functional ultrathin films and modify surface properties is an active research area in recent years .

利用逐层自组装技术制备新型的功能性超薄膜和进行表面改性是目前国内外研究的前沿。

Patterned Ring - structures of nanoparticles by Combination of NSL and LBL

NSL与LBL技术结合制备图案化排列纳米粒子环状结构

Conclusion : It is recommended that PBL could be adopted together with LBL in teaching Medical Physics with a satisfactory effect .

结论：在医用物理教学中PBL和LBL相结合不但是可行的，而且是有效的[3]。

In this work , different responsive microspheres were prepared by the LbL self-assembly technique for the drug controlled release .

本论文主要是基于模板层层自组装技术制备多响应性聚合物微球及其在药物控制释放中的应用。

At last , the paper describes the integrated navigation system based on GPS / DR / LBL and the several configuration of the Kalman filter .

在组合导航系统中，重点比较了几种滤波器结构，建立了GPS/DR/LBL组合导航模型。

Novel Microcapsule Fabricated by LbL Nano Self-Assembly

LbL层层纳米自组装法制备新型微胶囊

We have realized the fast fabricating of LbL assembled thick films by taking large dimensional polyelectrolyte complexes as building blocks .

我们课题组则利用聚合物复合物这种大尺度的构筑基元实现了层层组装厚膜的快速构筑。

Owing to its unique characteristics and advantages , layer-by-layer ( LBL ) self-assembly has become an important method for preparing multilayer thin films .

逐层自组装技术由于其独特的优点已成为超薄膜制备的重要方法。

Preparation of polyelectrolyte capsules with Layer-by-Layer ( LbL ) nano self-assembly technology on MnCO_3 templates

以碳酸锰为模板逐层自组装制备聚电解质微胶囊

The process of LbL self-assembly is conducted in aqueous solution under mild conditions , which can well preserve the enzymes native structures and activities .

层层自组装过程可在常温水溶液中进行，条件温和，也能维持酶分子的天然构象和生物活性。

Results : The age of the patients ranged from 30 to 56 years old . Seven cases were T cell LBL in lymph nodes and mediastinal .

结果：本组8例患者的年龄30～56岁，其中7例为发生于淋巴结和纵隔的成人T淋巴母细胞性淋巴瘤；

Methods Through the layer adsorption ( layer-by-layer , LbL ) made by the method of ultrasound microbubble , detection of microbubbles physical properties and functions .

方法通过层-层吸附（layer-by-layer，LbL）法制作超声微泡，检测微泡的物理性质和功能。

And then using quartz glass slip as substrate , via the layer by layer self-assembled ( LBL ) method , a homogeneous GNs film was made .

然后以石英玻璃为基底，采用层层自组装的方法（LBL）实现石墨烯纳米片的层层自组装，形成石墨烯纳米片的均质薄膜。

Novel enzyme multilayer films on the surface of polystyrene ( PS ) colloid particles was fabricated by layer-by-layer ( LbL ) self-assembly .

通过逐层自组装技术成功地把超氧化物歧化酶（SOD）吸附在聚苯乙烯（PS）胶体粒子表面。