成果jk照

㈤ JK活動的基本內容是什麼

JK活動的基本內容是廣大員工圍繞公司生產經營總目標和現場存在的難點、重點問題，以提高員工素質、創造經濟效益和創建文明作業環境為目的，自願結合組成小組，運用科學的管理方法和專業知識，為完成課題、發表成果而進行的團體活動。

(5)成果jk照擴展閱讀：

JK活動的程序：

1、問題解決型

(1)現場型課題

通常以穩定生產過程式控制制、改進產品質量、降低消耗、生產環境為選題范圍，課題較小，難度不大，活動周期短，較容易出成果。

(2)服務型課題

通常以推動服務工作標准化、程序化、科學化、提高服務質量和效益為選題范圍，課題小，活動時間不長，見效快，雖然經濟效益不天，但社會效益明顯。

(3)攻關型課題

通常以解決技術關鍵問題為選題范圍，課題難度大，活動周期長，需要投入較多資源，通常經濟效益顯著或帶來重大技術更新換代。

(4)管理型課題

通常以提高業務工作質量、解決管理中存在的問題、提高管理水平為選題范圍，課題有大有小，難度也不盡相同，效果也有較大差異。

2、創新型

通常是JK小組成員運用新的思維方式、創新的方法，開發新產品(項目)、新方法，實現預期目標的課題。由於課題是以往不曾有過的，因此沒有現狀可調查。

但是為實現預定目標可以有多種方案，由小組成員運用創新思維提出，並對各種方案進行分析論證和評價，必要時進行模擬試驗，選擇出最佳方案，然後付諸實施。因此，創新型課題與前述4類課題的活動程序有所不同。

㈥ 韓傑才的論著成果

獲國家發明專利授權61項，出版學術專著2本，在Composites Science and Technology, Acta Materialia, Scripta Materialia,Applied Physics Letters, Journal of The American Ceramic Society, Mechanics ofMaterials, Journal of The European Ceramic Society, Physical Review B等國際期刊發表文章350餘篇。
代表性文章如下：
01 Zhang, MF; Guo, HX; Han, JC; Zhang, HL; Xu,CH, Distribution of Neodymium and properties of Nd:YAG crystal by horizontaldirectional solidification, Journal Of Crystal Growth, V340N1 P130-134: FEB 1 2012
02 Li, HB; Zheng, YT; Han, JC; Zhou, LJ, Effectof reactant Ti/B(4)C ratio on the stoichiometry and mechanical properties ofh-BN-Ti(C,N) prepared by combustion synthesis, Materials Science And EngineeringA- V528 N 6 P2380-2384 MAR 15 2011
03 Han, JC; Wang, BL ,Thermal shock resistance of ceramicswith temperature-dependent material properties at elevated temperature, ActaMaterialia V 59 N4 P1373-1382: FEB 2011
04 Wang, B; Han, JC; Du, S, analysis of fiberbreaking in fiber/matrix composites under torsional loads ,Mechanics of Composite MaterialsV46 N4 P365-374: NOV 2010
05 Liu, QA; Han, WB; Han, JC, Influence ofSiCnp content on the microstructure and mechanical properties of ZrB(2)-SiCnanocomposite, Scripta Materialia V63N6 P581-584: SEP 2010
06 Zhang, YM; Hu, LY; Han, JC; Jiang, ZH; Zhou,M , Soluble starch scaffolds with uniaxial aligned channel structure for insitu synthesis of hierarchically porous silica ceramics, Microporous And MesoporousMaterials V130 N1-3P327-332: MAY 2010
07 Liang, J; Wang, Y; Fang, GD; Han,JC, Research on thermal shock resistance of ZrB(2)-SiC-AlN ceramicsusing an indentation-quench method, Journal of Alloys And Compounds ,V493 N1-2 P695-698: MAR 18 2010
08 Han, JC; Hu, LY; Zhang, YM; Jiang,ZH; Zhou, YF, In situ synthesis of hierarchically porous silica ceramics withunidirectionally aligned channel structure, Scripta Materialia V62 N6 P431-434: MAR 2010
09 Han, JC; Hong, CQ; Zhang, XH); Du,JC; Zhang, W, Highly porous ZrO(2) ceramics fabricated by a camphene-basedfreeze-casting route: Microstructure and properties, Journal of The European CeramicSociety V30 N1 P53-60: JAN 2010
10 Song, B; Han, JC; Jian, JK; Li, H; Wang, YC;Bao, HQ; Wang, WY; Zuo, HB; Zhang, XH; Meng, SH; Chen, XL, Experimentalobservation of defect-inced intrinsic ferromagnetism in III-V nitrides: Thecase of BN, Physical Review B V80 N15: OCT 2009
11 Han, JC; Hu, LY; Zhang, YM; Zhou,YF, Fabrication of Ceramics with Complex Porous Structures by theImpregnate-Freeze-Casting Process, Journal of The American Ceramic SocietyV92 N9 P2165-2167: SEP 2009
12 Sun, YB; Han,JC; Zhang, YM, Relative dielectric constant calculation model forthree-phase porous composite materials, Computational Materials Science V45N4 P1125-1128: JUN 2009
13 Zhang, XH; Li, XY; Han, JC; Han, WB; Hong,CQ, Effects of Y2O3 on microstructure and mechanical properties of ZrB2-SiCceramics, Journal of Alloys And Compounds V465 N1-2 P506-511: OCT 6 2008
14 Zhang, YM; Zhang, YL; Han, JC; Zhou, YF; Hu,LY; Yao, W; Qu, W ,The effect of annealing temperature on micro-structure andmechanical properties of C/SiC composites , Materials Science And EngineeringA-Structural Materials PropertiesMicrostructure And Processing, V497N1-2 P383-387: DEC 15 2008
15 Zhu, JQ; Han, JC; Han, X; Schlaberg, HI;Wang, JZ , sp(3)-rich deposition conditions and growth mechanism of tetrahedralamorphous carbon films deposited using filtered arc, Journal of Applied PhysicsV104 N1: JUL 1 2008
16 Zhang, XH; Hu, P; Han, JC; Meng, SH,Ablation behavior of ZrB2-SiC ultra high temperature ceramics under simulatedatmospheric re-entry conditions, Composites Science and Technology, V68N7-8 P1718-1726: JUN 2008
17 Han,JC; Hu, P; Zhang, XH ;Meng, SH; Han, WB , Oxidation-resistant ZrB2-SiCcomposites at 2200 degrees C, Composites Science and Technology, V68 N3-4 P:799-806MAR 2008
18 Zhang, XB; Hu, P;Han,JC; Xu, L; Meng, SH, Theaddition of lanthanum hexaboride to zirconium diboride for improved oxidationresistance, Scripta Materialia, V57N11 P1036-1039: DEC 2007
19 Tan, ML; Zhu, JQ;Han,JC; Gao, W; Niu, L; Lu, J, Chemical analysis and vibrational propertiesof boronated tetrahedral amorphous carbon films, Diamond And Related Materialsv16 n9 p1739-1745: SEP 2007
20 Han, JC; Hong, CQ; Zhang, XH; Meng,SH, Microstructural characterization and ablation mechanism of TiB2/(Cu,Ni)melt-infiltrated ceramic composite, Composites Science and Technology v67n11-12 p2231-2237: SEP 2007
21 Han, JC; Liu, AP; Zhu, JQ; Tan, ML;Wu, HP, Effect of phosphorus content on structural properties of phosphorusincorporated tetrahedral amorphous carbon films, Applied Physics A-MaterialsScience & Processing v88 n2 p341-345:AUG 2007
22 Han, JC, Thermal shock resistance ofceramic coatings, Acta Materialia, v55 n10 p3573-3581:JUN 2007
23 Wang, BL; Han, JC,Multiple surfacecracking of elastic coatings subjected to dynamic load, Mechanics of Materials v39n5 p445-457: MAY 2007
24 Han, JC; Gao, W; Zhu, JQ; Meng, SH;Zheng, WT, Density-functional theory study of the microstructure, electronicstructure, and optical properties of amorphous carbon, Physical Review B v75n15: APR 2007
25 Han, JC; Tan, ML; Zhu, JQ; Meng, SH;Wang, BS; Mu, SJ; Cao, DW , Photovoltaic characteristics of amorphous siliconsolar cells using boron doped tetrahedral amorphous carbon films as p-typewindow materials, Applied Physics Letters v90 n8: FEB 192007
26 Wang, HB; Han, JC; Du, SY;Northwood, DO , Reaction synthesis of nickel/aluminide multilayer compositesusing Ni and Al foils: Microstructures, tensile properties, and deformationBehavior, Metallurgical And Materials Transactions A-Physical Metallurgy AndMaterials Science v38A n 2 p409-419: FEB2007
27 Zhu, JQ; Han, JC; Han, X; Meng, SH; Liu, AP;He, XD, Optical properties of amorphous diamond films evaluated bynon-destructive spectroscopic ellipsometry, Optical Materials v28n5 p473-479: APR 2006
28 Han, JC; Wang, BL ,Crack spacingeffect for a piezoelectric cylinder under electro-mechanical loading ortransient heating, International Journal of Solids and Structures , v43 n7-8p2126-2145: APR 2006
29 Han, JC; Bao-Lin, W , Thermal shockresistance enhancement of functionally graded materials by multiple cracking, ActaMaterialia v54 n4 p963-973:FEB 2006
30 Han, JC; Hong, CQ; Zhang, XH; Wang,BL, Thermal shock resistance of TiB2-Cu interpenetrating phase composites, CompositesScience And Technology v65 n11-12 p1711-1718:SEP 2005
31 Zhang, XH; Han, JC; He, XD; Yan, C;Wang, BL; Xu, Q, Ablation-resistance ofcombustion synthesized TiB2-Cu cermet ,Journal of The American Ceramic Societyv88 n1 p89-94 : JAN 2005
32 Wang, BL; Noda, N; Han, JC; Du, SY, Surfacethermal shock fracture of a semi-infinite piezoelectric medium (poling axisparallel to the crack plane), Mechanics of Materials v34 n3p135-144: MAR 2002
33 Wang, HB; Han, JC; Du, SY, Effectof nitrogen pressure and oxygen-containing impurities on self-propagating hightemperature synthesis of Si3N4, Journal of The European Ceramic Societyv21 n3 p297-302: MAR 2001
34 Wang, BL; Han, JC; Du, SY,Electroelastic fracture dynamics for multilayered piezoelectric materials underdynamic anti-plane shearing, International Journal of Solids AndStructures v37 n38p5219-5231: SEP 2000
35 Han, JC; Zhang, XH; Wood, JV ,In-situ combustion synthesis and densification of TiC-xNi cermets,Materials Science and Engineering A-Structural Materials PropertiesMicrostructure And Processing v280 n2 p328-333: MAR31 2000
36 Wang, BL; Han, JC; Du, SY,Thermoelastic fracture mechanics for nonhomogeneous material subjected tounsteady thermal load, Journal of Applied Mechanics-Transactions ofThe ASME v67 n1 p87-95: MAR 2000
37 HAN, JC; HE, XD; DU, SY, oxidationand ablation of 3d carbon-carbon composite at up to 3000-degrees-c, CARBON v33n4 p473-478: 1995

㈦ 拍jk是什麼意思

在此句中，「JK」是「女高中生」的意思。「JK」是 Joshi Kousei 的簡稱，即女高中生。

「JK」作為「女高中生」的用法如下：

• JKとは女子高校生（Joshi Koukousei）。

• または女子高生（Joshi Kousei）。

同理，「JS」是「小學女生」、「JC」是「女初中生」、「JD」是「女大學生」。

「JK」還有第二種用法，JK＝常識的に考えて。「JK」是「常識的に考えて」（從常識角度考慮）的縮寫，也可表述成「常考」。可用於想表達「這理所當然的吧」的想法時，也可用於對非常規性言行的告誡。

該詞出自「2ch」的AA（註：用ASCII字元創作繪畫）角色「やらない夫」的台詞。角色設定上「やる夫」會埋首於很多事情，但基本上是不會努力的廢柴，與之相反，「やらない夫」則是冷靜沉著具備常識的人。

對於「やる夫」的不靠譜言行，「やらない夫」常吐槽「看吧，從常識角度來看……」這類吐槽場景不斷重復，漸漸變成縮略語「JK（常考）」並流行起來。而「やらない夫」使用「JK（常考）」吐槽的「AA」模式除了上圖形象，還有腳踢「やる夫」的，以及抽著煙凝視遠方等場景。

下面舉些例子：

• 「天下一品といえば、『こってり』だろ、JK」

翻譯為：要說『天下一品』，當然是『色味濃厚』吧，JK。

㈧ 諸葛大力JK制服火遍全網，那麼JK究竟是什麼

《愛情公寓5》已經完結很久了，雖然說這一部的《愛情公寓》比起前面幾部質量上要差不少，但畢竟是完全原創的作品，從這點來說，作為情懷我們還是能接受的。個人以為《愛情公寓5》還是有可取之處的，比如捧紅了年輕演員諸葛大力的扮演者成果！

JK制服火了，自然有那些帶著目的走進這個圈子的人，是她們讓圈外人對於JK圈有了偏見。希望大家在看到穿JK制服的小姐姐們能嘴下留情，畢竟這個圈子裡的小姐姐，其實絕大多數是蠻脆弱的！

㈨ jk制服作為最近比較熱門的服裝風格，為什麼會這么受歡迎呢

jk制服受到了很多女孩子的喜歡，而且也成為了現在熱門的服裝風格。jk能夠如此受到他人的喜歡，是因為一些種草機在穿上了jk制服之後，讓網友們感覺到，這就像是女生最美好的樣子，所以說很多的女生也是會選擇去進行購買。而且JK制服也是比較青春的，小編本人也是覺得很不錯，並且JK制服也是分為比較普通和比較誇張的類型，也可以根據自身的喜歡而進行選擇。

三、總結。

在選擇JK制服的時候，大家可以根據自己喜歡的款式來進行購買，小編本人也是很喜歡穿JK制服。在出去拍照的時候，可以說是比較出片的，而且整體的風格也是多種多樣。現在小眾服飾越來越被大家所喜歡了，小編本人覺得這也是一種非常不錯的現象。

㈩ 穿jk制服拍身份證照是怎樣的一種體驗

是我想像不到的丑啊，後悔死了，還不如不穿來，真是白白浪費了那麼時間打扮和化妝，拍照的師傅非要我把自己的劉海整上去，這樣拍完了難看死了。