淄川區(qū)技術難題及項目人才需求匯編

1、淄川區(qū)技術難題及項目人才需求匯編（2016年）山東省淄博市淄川區(qū)科學技術局二0一六年四月目錄技術難題術難題36項1.高應力汽車鋼板彈簧產(chǎn)品研制....................................................................................12.氣剎輕卡車型緩剎剎車偏...................................................

2、.........................................23.無縫鋼管軋輥表面深度淬火層的控制技術................................................................34.鋼結構住宅體系的研究.................................................................................

3、...............45.恒力彈簧支吊架小型化................................................................................................56.井下防爆、數(shù)字礦山信息平臺在煤礦安全生產(chǎn)中合理應用....................................67.碳罐的獨立設計能力問題..................

4、..........................................................................78.錨鏈橫檔自動焊接技術................................................................................................89.錨鏈、系泊鏈自動連續(xù)閃光焊接機參數(shù)自動糾錯.............

5、.......................................910.大器成型及燒制過程中的開裂變形..........................................................................1011.液壓控制與傳動問題..........................................................................

6、........................1112.陶瓷球磨機提高研磨效率及節(jié)電改進......................................................................1213.耐火磚的外形尺寸及內(nèi)在質量在線檢測技術..........................................................1314.液壓支架結構件焊接自動化生產(chǎn)問題..

7、....................................................................1415.自走式收獲機智能化電控操作及智能監(jiān)控系統(tǒng)技術問題......................................1516.提高澆鋼連鑄三大件耐材壽命的材料和技術..........................................................161

8、7.陶瓷基懸浮預熱器內(nèi)筒材料性能的技術突破..........................................................1718.提高藥用PBS膜阻隔性能的技術.............................................................................1819.超純油酸（98%）收率提高與副產(chǎn)品回收利用..................

9、....................................1920.十二烷二酸發(fā)酵菌種改良，延遲菌種退化..............................................................2021.如何提高包裹大紅用氧氯化鋯的質量......................................................................2122.氧氯化

10、鋯連續(xù)化結晶技術..........................................................................................2223.聚芳醚酮粉碎粒度低、造粒機耐腐蝕問題..............................................................2324.提高利用赤泥生產(chǎn)發(fā)泡耐火保溫材料的耐火度............

11、..........................................2425.鎂鋁鋯尖晶石復合磚輕質部分導熱系數(shù)大..............................................................2526.提高新型環(huán)保自保溫墻體材料的應用性能..............................................................2627.滑石質

12、日用瓷的低溫燒結技術..................................................................................2728.改善陶瓷磚拋光泥活性..............................................................................................2829.特種高分子材料聚醚酮酮的加工

13、技術及應用開發(fā)..................................................2930.聚合氯化鋁產(chǎn)品質量提升廢渣處理利用.................................................................3031.提高氮化硅輻射管產(chǎn)品性能...........................................................