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1)  stick steel
粘钢
1.
The application of stick steel reinforcement technique in girder rebuilding work;
粘钢加固在梁改造工程中的应用
2.
Taking dust removal modification works of 1#,2# and 3# electric furnace in Shiheng special steel plant of Jjinan iron & steel group the strengthening methods of stick steel,stick carbon fiber reinforced plate and wrapping carbon fiber are introduced.
通过济钢集团总公司石横特殊钢厂一炼钢车间1号,2号,3号电炉除尘改造工程中采用粘钢、粘碳纤维片和缠绕碳纤维的加固方式的介绍,说明了其施工步骤及施工中的注意事项,并阐明了加固效果。
3.
Author points out that this technology can replace stick steel technique with wide application prospect.
通过对比几种加固方法 ,对属于新技术的粘贴碳纤维加固技术和缩减材料使用量的方法进行了阐述 ,指出碳纤维布加固混凝土结构技术将可以代替粘钢技术 ,推广应用前景良
2)  bonded steel
粘钢
1.
Based on the inspection on site and the analysis,with the integrated application of planting steel,bonded steel,and extending section,the existing workshop is renovated,and the foundation,columns and beams are strengthened.
在进行现场检测鉴定分析的基础上,综合运用植筋、粘钢和扩大断面等方法,对原结构的基础、框架柱与梁等采取加固措施,取得了良好的加固效果,满足了业主的使用要求。
2.
Based on the loading mechanisms of profiled steel concrete composite beam and bonded steel frame beam,the load bearing limits of the two reinforcing methods are analyzed and compared,and their applicable scope are defined respectively.
基于型钢-混凝土组合梁和粘钢加固框架梁的受力机理,分析比较两种加固方法的承载力极限值,提出各自的适用范围。
3.
For the reasons of low concrete strength of beams, columns and plates and inadequate loading capacity of brick walls in several dwelling buildings, the columns are strengthened with wet-connected envelop angle iron, the beam with bonded steel, the slab with steel and CFRP sheets, and the wall with reinforcing mesh.
由于某小区多栋住宅楼的现浇梁、柱、板混凝土强度偏低和墙体承载力不足等原因,分别采用了湿式外包钢加固柱,外部粘钢加固框架梁,用CFRP和钢板条混合加固楼板,特制无机高强材料钢筋网加固墙体的加固措施。
3)  bonding steel plate
粘钢
1.
Research of deflection and flaw on the reinforced concrete beam strengthened with bonding steel plate;
粘钢加固混凝土梁挠度和裂缝的研究
2.
Gluing CFRP strengthening is a new structural strengthening technology and widely used due to the advantages as light-weight, high strength and convenient construction, however, some engineering technicians ignored the advantages, disadvantages and applicability of gluing CFRP method and bonding steel plate method, as a result, the high engineering cost and undesired effect has achieved.
但有些工程技术人员对加固技术缺乏了解,将粘贴碳纤维布加固法和粘钢加固法等同考虑,忽视两种加固方法各自的优缺点和适用性,导致加固工程造价增加,同时也未达到预期加固效果。
3.
The other beams are strengthened by enlarging section method and bonding steel plate.
常州市某14~28层高层商住楼群由于使用功能变化,需对原结构进行结构体系改变的综合加固,具体做法是先将混凝土框支梁柱采用增大截面法结合外包型钢法进行加固,对局部梁采用增大截面法结合粘钢板法加固,再拆除原有柱间剪力墙。
4)  sticking steel
粘钢
1.
Based on strengthening principles of sticking steel,carbon fiber,construction sequences,process and technology as well as quality control measures are introduced when the technology of sticking steel,carbon fiber is adopted in strengthening reinforcement concrete beam.
基于粘钢、碳纤维的加固原理,介绍运用粘钢、碳纤维进行钢筋混凝土梁加固的施工顺序、工艺技术和质量控制措施,并成功应用于实际的工程中,收到了满意的效果。
2.
During construction of the upper main structures, because of huge construction loading, engineers adopted some techniques such as external prestress, and exterior sticking steel and so on to strengthen the first floor structure.
北京地铁复八线车辆段大平台1层结构施工完成后地铁已经投入正常使用,在进行上部主体结构施工时,因施工荷载较大,采用体外预应力及外部粘钢等技术对首层结构进行加固。
3.
In the reparation project of a comprehensive trade sale market after fire, some reinforcement methods such as steel clad outside column, enlarging beam section, external sticking steel, cracks patching, adding supporting points under floor board and so on were adopted.
火灾后的宁波某综合交易批发市场修复工程中 ,使用了柱外包钢 ,梁加大截面、外部粘钢和裂缝修补 ,楼板增设支点等加固技术 ,使用近 1年时间 ,效果良
5)  steel adhesion
粘钢
1.
Based on the analysis of the reasons of steel adhesion,a method of intensifying the inner wall of the roller was put forward.
在分析了炉内辊粘钢原因的基础上,提出了对炉内辊内壁加强冷却的措施。
2.
This paper analyzes the structure failure of the waste heat boiler buildings built in early sixties and introduces a method of strengthening by steel adhesion.
对60年代建造的余热锅炉房结构破坏的原因进行了分析,并提出了粘钢补强加固方法。
6)  breakout by sticking
粘结漏钢
1.
4 slab caster of JISCO,the reasons of breakout by sticking of 50# steel slab were analyzed systematically.
本文结合酒泉钢铁公司4#板坯生产实际,系统分析了50#钢粘结漏钢的原因,从保护渣、结晶器、冷却水以及工艺操作等方面有针对性地制定了措施,杜绝了粘结漏钢事故,稳定了生产。
2.
Analysis consider that the reason of breakout by sticking is bad capability of the powder,such as lower depth of liquid powder,less consumption and low proportion of glass phase in the powder.
分析认为,济钢大板坯连铸机出现粘结漏钢的原因是保护渣的性能不良,其中液渣层厚度、渣耗量及玻璃相比例偏低,以及结晶器液面波动,拉速提升过快等。
3.
It is shown that the breakout by sticking is caused by low temperature of molten steel and high withdrawal speed and illogicality capability of protecting slags.
通过统计分析板坯连铸生产中出现的漏钢事故,认为钢水温度低、拉速快和保护渣理化性能不合理易导致粘结漏钢;对弧不良、钢水温度高、拉速快是造成裂纹漏钢的主要原因;开浇和接头漏钢主要是中间包上水口和塞棒烘烤效果不好及出苗时间不足造成的。
补充资料:硫酸粘菌素 ,粘菌素,硫酸多粘菌素E
药物名称:多粘菌素E

英文名:Polymyxin E

别名: 多粘菌素E;可立斯丁;可刹迈仙干糖浆;硫酸抗敌素;硫酸粘菌素 ,粘菌素,硫酸多粘菌素E
外文名:Colistin ,Polymyxin E
性状:
常用其硫酸盐,为白色或微黄色粉末;无臭或几乎无臭。有引湿性。在水中易溶,在乙醇中微溶,在丙酮、氯仿或乙醚中几乎不溶。
药理作用:
抗菌谱和体内过程与多粘菌素B相同。口服不吸收,用于治疗大肠杆菌性肠炎和对其它药物耐药的菌痢。外用于烧伤和外伤引起的绿脓杆菌局部感染和耳、眼等部位敏感菌感染。注射已少用。
适应症:
用于治疗大肠杆菌性肠炎和对其他药物耐药的菌痢。外用于烧伤和外伤引起的绿脓杆菌局部感染和耳、眼等部位敏感菌感染。注射已少用。
用量用法:
1.口服:成人1次50万~100万单位,1日3~4次。儿童1次量25万~50万单位,1日3~4次。重症时上述剂量可加倍。 2.外用:溶液剂每毫升含1万~5万单位,氯化钠注射液溶解。
注意事项:
1.可发生皮疹、瘙痒等过敏症状。胃肠道有恶心、呕吐、食欲不振、腹泻等不良反应。 2.孕妇慎用。 3.口服宜空腹给药。
规格: 片剂:每片50万;100万;300万单位。灭菌粉剂:每瓶100万单位,供制备溶液用(1mg=6500单位)


类别:抗生素
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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