自制设备

通过自制设备和软件加强实验室建设，实施分层次、开放式实验教学、探索基础力学实验教学模式的改革，并使该成果推广应用。

This article proposed how to strengthen ( laboratory 's ) construction by self-made equipment and software , to implement multilayer and opening experimental teaching , to explore the reform of basic mechanics experiment teaching mode , and to disseminate and apply its achievements .

介绍用自制设备和国产原料，二步法注拉吹工艺生产PET瓶。

The process of two step injection strecth blow moulding PET bottles using self made facilities and home made raw material was described in tiis paper .

自制设备从成年小鼠体细胞核克隆早期胚胎

The early embryos cloned from adult mouse somatic nuclei with self-made instruments

并在自制设备上进行了实验，达到了设计要求。

In the experiments self-made device were carried out to achieved the design requirements .

用自制设备拍摄到水中气泡界面附近的干涉条纹图像证实了水中气泡界面的干涉现象。

The image of interference fringes near the bubble interface in water , which taken using self-made devices , has proved the interference phenomena .

针对大端面轴承钢在轧后冷却过程中由于冷速过慢引起碳化物网状不合问题，利用实验室自制设备，对从现场剪取的轧材进行了模拟实验研究。

Aimed at ungraded network carbon compound in heavy cross-section bearing steel occur during the cooling process of being cooled , which is caused by slow cooling speed , simulation experiment was carried on to study rolled metal clipped from field by using of home-made equipment in the lab.

采用以PCH为代号的有机混合填料作传压介质，在自制的设备上用PCH法一次冷成形制成各种类型的铜管接头。

Various shapes of copper pipe fittings are cold formed with our self made equipment in one step by PCH process . A special kind of mixed organic stuffing material coded as PCH stuffing is used as pressure medium .

用自制的设备制备了取向和无取向氧化铟纳米线，并研究了In2O3纳米线的场发射性质，发现取向纳米线比非取向纳米线有着更好的场发射特性。

Aligned and unaligned In-2O-3 nanowires were prepared based on our homemade equipment and the field-emission properties of In-2O-3 nanowires ( NWs ) were investigated . It was found that aligned In_2O_3 NWs have better performance than unaligned ones .

学生自制实验设备与素质教育

Self-design by Students of a Special Lab Equipment & Quality Education

赫尔南用自制的设备将无线网络显示在相片中。

Hernan created the photographs using a custom-made instrument designed to reveal them .

自制注浆设备处理挖孔桩坍孔技术

Technologies of Collapsed Pile Pore Treatment with Home-made Grouting Device for Pore Excavation Piles

重点介绍了该设备的硬件、面板和软件设计，并阐明了自制教学设备的意义。

This paper introduced with emphasis the hardware design , panel design and the software design , clarified the significance of self-made teaching equipment .

自制教学设备能够有效的适应不同的教学内容需要、进而改进教学方法，提高教学质量。

Self-made teaching equipment can effectively adapt to different teaching needs and improve teaching quality , and has been regarded as one kind of embodiment of the quality of higher education .

近些年来，自制教学设备在高校教学质量提高与教学实验改革中的作用日益突出，各高校也都十分重视教学设备的研制与开发。

Self-made teaching equipment is becoming increasingly important in the experimental reform and the improvement of the quality of high engineering education . The research and development of teaching equipment arises much attention to many universities .

采用自制的LP-MOCVD设备，在Ge衬底外延生长出GaAs电池结构，并对电池结构片进行了后工艺制作，同时对电极制作中银镀层结合力的影响因素进行了研究。

GaAs / Ge heterostructure has been grown by home-made low pressure MOCVD system , and influencing factor of adhesion of silver electroplating layer in making electrode has been studied .

在自制的连铸设备上，通过工艺参数的合理匹配，成功地制备出外层为铜内层为铝，外径为40MM、铜壁厚为8MM、长为80CM的铜包铝棒坯。

The Cu-cladding Al rod composed of outer Cu and inner Al with outer-diameter of 40 mm , Cu wall thickness of 8 mm and length of 80 cm was prepared successfully by self-developed continuous casting machine with proper matches of processing variables .

本文采用自制微弧氧化设备，在硅酸盐体系电解液中对AM60镁合金进行微弧氧化处理，研究了硅酸盐体系电解液的衰变规律。

The ceramic coating was prepared on the surface of the magnesium alloy ( AM60 ), by the micro-arc oxidation ( MAO ) treatment using the self-manufactured equipment in the silicate electrolyte . The discipline of silicate electrolyte was studied in the paper .

自制实验仪器设备在教学中的使用

Function of Self-making Experimental Instruments and Equipment in Experimental Teaching

利用自制的实验设备研究电镀金刚石线锯的超声纵振动切割加工脆性材料。

The ultrasonic vibration cutting processing of electroplated diamond wire saw for hard and brittle materials was researched .

本文用自制的流化床设备研究了不同比表面积未脱酸气相法白炭黑粉体的流化特性。

In this paper flow characteristics of different surface area deacidification fumed silica in self-made fluidized bed equipment have been studied .

为确保调强放射治疗的精确，本论文利用自制和专用设备对每个射野的位置、形状和野内剂量分布进行了验证。

To insure the accuracy of intensity modulated radiotherapy , the Field shape and dose of radiotherapy was verified with special hardware and device .

更进一步，为了减小密封效应的影响，利用自制的实验设备系统测试了均匀磁场下等体积压缩磁流变液法向力的变化关系。

Furthermore , to weaken the sealing effect , normal forces of MR fluids under constant volume squeeze and uniform magnetic field were tested by a home-made device .

提出实验室建设规划和队伍建设的重要性，发挥实验室管理部门的作用，抓好重点实验室建设，自制实验仪器设备等是实验室工作的重要内容。

This article proposed the significance of lab 's construction planning and team 's construction . The main contents of lab 's work is to give full play to lab 's administrative units , make great efforts to key laboratory construction , and self-made experimental equipment and apparatus , etc.

应用自制的SPS烧结设备烧结纳米铜粉成块体材料，对制备大块纳米材料的方法和工艺进行了探索和研究。

By taking self-made SPS sintering bulk nano copper powder , this paper presents research and investigation of methods and processing of bulk nano material specimen preparation .

在自制的单晶连铸设备上，通过各工艺参数合理匹配，成功地制备出了表面光洁、直径8mm、长8～10m的铜单晶铸棒。

Single crystal copper rod , 8 mm in diameter and 8 ~ 10 m in length with mirror smooth surface has been obtained by using a seff made equipment under rational match of technological parameters .

选用常用的高压输电导线&LGJ150/25型钢芯铝绞线作为研究对象，在自制的微动试验设备上进行微动损伤试验。

As the research of the conductor fretting damage , LGJ150 / 25 high-voltage transmission conductor was tested on the fretting equipment .

对机械镀活化促进剂进行筛选，用自制的机械镀设备制备了机械镀锌和片状锌铝复合镀层。

Activating agent of mechanical plating was reselected . The coatings of mechanical plating zinc and flake zinc-aluminum were made in self-designed machine .

在自制的激光测试设备上用三点弯曲法对贝壳珍珠层不同取向的弹性模量进行了研究，报道了不同取向和加载方式条件下弹性模量的变化规律。

Elastic modulus of nacre in different orientation with respect to its growing trace direction was determined by using three-point bending tests , which is self-designed and equipped with laser displacement detector .

介绍了以自制的树脂装填设备替代人工操作来完成树脂的装填工作，避免了人工操作带来的高空作业危险性，实现了树脂装填工作的安全、高效。

Substitution of the mechanical resin filling equipment made by ourselves for the manual resin filling operation is introduced briefly . The Substitution keeps the operator from all dangers of altitude working and realize the safety and high efficiency .