鏉ㄦ槬鍕囩畝浠?鐢靛瓙淇℃伅宸ョ▼瀛﹂櫌-凯发国际官方网站入口

鏉ㄦ槬鍕?鏁?鎺?闄㈤暱)

鏁欏笀鑳屾櫙

鐮旂┒棰嗗煙

闀挎湡浠庝簨鍏夐€氫俊绯荤粺鍙婄綉缁溿€佷俊鍙峰鐞嗙殑鐮旂┒宸ヤ綔銆傜爺绌跺叴瓒ｄ富瑕侀泦涓湪锛氬厜绾や紶杈撲笌浼犳劅銆佸厜浜ゆ崲/璺敱銆佽嚜鐢辩┖闂村厜閫氫俊銆佹櫤鑳藉厜缃戠粶鎺у埗涓庣鐞嗙瓑銆傜幇涓昏浠庝簨杞ㄩ亾瑙掑姩閲忓厜浼犺緭銆佸彲瑙佸厜瀹藉甫閫氫俊銆佹櫤鑳芥劅鐭ユ妧鏈強鍏跺簲鐢ㄣ€佺墿鑱旂綉鎶€鏈強鍏跺簲鐢ㄧ瓑鐮旂┒鍜屽紑鍙戝伐浣溿€傚湪銆?/span>optics express銆嬨€併€?/span>optics communications銆嬨€?/span>photonic network communications銆嬨€併€?/span>optical fiber technology銆嬨€併€?/span>optik銆嬨€併€婁腑鍥芥縺鍏夈€嬨€併€婄數瀛愪俊鎭鎶ャ€嬪拰銆婇搧閬撳鎶ャ€嬬瓑鍥藉唴澶栧鏈湡鍒婁笂锛屽彂琛ㄨ鏂?/span>80浣欑瘒銆傜敵璇峰浗瀹朵笓鍒?/span>15椤癸紝鑾峰緱鍥藉涓撳埄8椤广€?/span>

鍒涜鈥?/span>鏅哄厜鈥?/span>鏈瀛︾敓鑱斿悎鍒涙柊鍥㈤槦锛屾彁鍑哄苟瀹炴柦浠ラ」鐩负鐗靛紩銆侀棶棰樹负瀵煎悜銆佷釜鎬у寲鎸囧鐨勫洟闃?/span>鈥?/span>娴告鼎鈥?/span>寮忓鍚堝瀷鍒涙柊浜烘墠鍩瑰吇妯″紡锛屾嫑鏀朵竴鎵瑰張涓€鎵规潵鑷笉鍚屽勾绾с€佷笉鍚屼笓涓氱殑浼樼鏈瀛︾敓杩涘叆绉戠爺瀹為獙瀹わ紝鍗忓姪瀵煎笀鍜岀爺绌剁敓浠庝簨鏈潵鎶€鏈垱鏂板拰绉戝鐮旂┒宸ヤ綔銆傚崄浣欏勾鏉ワ紝鏁扮櫨鍚嶅鐢熻幏鍥㈤槦钀ュ吇鈥?/span>娴告鼎鈥?/span>楂樿捣鐐规瘯涓氾紝瀛︽湳涓€ч矞鏄庯紝鍏峰寰堝己鐨勭郴缁熸€濈淮鑳藉姏鍜屽垱鏂拌兘鍔涳紝澶囧彈鐢ㄤ汉鍗曚綅濂借瘎銆?/span>

鐮旂┒鎴愭灉锛堣繎鏈燂級

[1] chunyong yang, rui liu, wenjun ni, et al. high-order oam states unwrapping in multiplexed optical links, apl photonics, 2023, 8(5): 056110. (editor鈥檚 pick)

[2] wenjun ni, rui liu, chunyong yang锛堥€氳浣滆€咃級, et al. annular phase grating-assisted recording of an ultrahigh-order optical orbital angular momentum, optics express, 2022, 30(21): 37526-37535.

[3] zihao tang, wenjun ni, zehao li, jin hou, shaoping chen, perry ping shum and chunyong yang锛堥€氳浣滆€咃級锛孭erformance enhancement of opened resonance photoacoustic cells based on three dimensional topology optimization,photonics, 2021, 8, 380:1-12.

[4] chunyong yang锛?/span>yue lan锛?/span>xiaoyu jiang锛?/span>hao long锛?/span>jin hou锛?/span>shaoping chen锛?/span> beam-holding property analysis of the perfect optical vortex beam transmitting in atmospheric turbulence锛?/span>optics communications, 472(2020):125879.

[5] 闄堜害鍑★紝鏉庤姼濠э紝褰嫍鑻楋紝鏉ㄦ槬鍕囷紙閫氳浣滆€咃級锛屼警閲戯紝闄堝皯骞?/span>.miv娉㈤暱浼橀€夋敼鍠?/span>vis/nir鍏夎氨tvb-n妯″瀷鎬ц兘鐮旂┒.鍏夎氨瀛︿笌鍏夎氨鍒嗘瀽锛?/span>2020锛?/span>40锛?/span>5锛夛細1413-1419

[6] jingyuan feng, chunyong yang(閫氳浣滆€?/span>), jin hou, hao long, shaoping chen. performance enhancement for indoor visible light communication system with an improved inter-symbol interference model using optimized hemispherical optical-angle-diversity-receivers,optics communications, 454(1):124488, 2020.

[7] 閭规枃搴?/span>,鏉ㄦ槬鍕?strong>锛堥€氳浣滆€咃級,渚噾,榫欐旦,闄堝皯骞?/span>.鐜舰娓愬彉鍨嬪厜鏍呯敤浜庢丁鏃嬪厜鏉熸嫇鎵戣嵎鏁版祴閲忕殑鐮旂┒.婵€鍏変笌鍏夌數瀛愬杩涘睍,56(14):27-32,2019.

[8] 闄堣€冮摥,鏉ㄦ槬鍕?/span>锛堥€氳浣滆€咃級,鍚村涵鏄?/span>,鍊枃鍐?/span>,鐜嬫鼎闆?/span>,渚噾,闄堝皯骞?/span>.浠跨敓澶嶇溂澶氱骇鑰﹀悎鍏夊澶╃嚎浼樺寲璁捐鍙婂垎鏋?/span>.涓浗婵€鍏夛紝2018,45(7):0704005-1-0704005-8

[9]  l. liu, c. yang锛堥€氳浣滆€咃級, r. wang, w. ni, x. qin, y. deng, k. chen, j. hou, s. chen, compressed sensing reconstruction of sparse spectrum based on digital micro-mirror device platform, optoelectronics letters, 14 (1):6-11, 2018.  

[10] c. yang, c. xu, w. ni, y. gan, j. hou, and s. chen,turbulence heterodyne coherent mitigation of orbital angular momentum multiplexing in a free space optical link by auxiliary light, optics express, 25(21): 25612-25624, 2017.  

[11] 鏉ㄦ槬鍕?/span>,涓佷附鏄?/span>,渚噾,閽熷織鏈?/span>,闄堝皯骞?/span>,鎷夌洊灏?/span>-楂樻柉鍏夋潫鎷撴墤鑽峰鐢ㄦ祴閲忕殑浠跨湡, 婵€鍏変笌鍏夌數瀛愬杩涘睍,53(9):0926031-0926036,2016.  

[12] 鏉ㄦ槬鍕?/span>,鏉ㄦ澃, 闄堟尟濞?/span>,渚噾,闄堝皯骞?/span>,瀹ゅ唴鍙鍏夐€氫俊鎺ユ敹鏈鸿鍦鸿閫夋嫨涓?/span>led鍒嗗竷浼樺寲,鍏夌數瀛?/span>路婵€鍏?/span>,27(5): 291-297,2016.  

[13] 鏉ㄦ槬鍕?/span>,涓佷附鏄?/span>,寮犳枃,渚噾,闄堝皯骞?/span>,鎷夌洊灏?/span>-楂樻柉鍏夋潫绌洪棿浼犳挱娉㈠墠鐣稿彉鐨?/span>rms璇勪及,鍏夌數瀛?/span>路婵€鍏?/span>,26(9): 1814-1821,2015.  

[14] 鏉ㄦ槬鍕?/span>,寮犳枃,涓佷附鏄?/span>,渚噾,闄堝皯骞?/span>,澶ф皵婀嶆祦瀵规媺鐩栧皵-楂樻柉鍏夋潫浼犳挱璐ㄩ噺鐨勫奖鍝?/span>,鍏夌數瀛?/span>路婵€鍏?/span>,25(11):2245-2251,2014.  

[15] 鏉ㄦ槬鍕?/span>,鑳￠洴钀?/span>,鐭崇強,楂橀€熼搧璺溅-鍦板悓姝ュ畾浣嶉娴嬪揩閫熻秺鍖哄垏鎹㈡柟娉?/span>,閾侀亾瀛︽姤,36(5):53-57,2014.  

[16] 渚噾,鐜嬫灄鏋?/span>,鏉ㄦ槬鍕?/span>,闄堝皯骞?/span>,杞ㄩ亾瑙掑姩閲忓厜閫氫俊鐮旂┒杩涘睍,涓崡姘戞棌澶у瀛︽姤(鑷劧绉戝鐗?/span>),33(1):67-72, 2014.  

[17] 鏉ㄦ槬鍕?/span>锛屾潹鏉帮紝渚噾锛岄檲灏戝钩锛屽熀浜庡彲瑙佸厜鐨勫澶╃嚎鍔ㄦ€佸崗浣滈€氫俊绯荤粺鍙婂叾鏂规硶锛?/span>2018.2.23锛屼腑鍥斤紝zl201510940704.1  (鍙戞槑涓撳埄)

[18] 鏉ㄦ槬鍕?/span>锛岀敇闆紝寰愬垱锛屼警閲戯紝闄堝皯骞筹紝杞ㄩ亾瑙掑姩閲忕┖闂村厜閫氫俊涓姂鍒跺ぇ姘旀箥娴佸奖鍝嶇殑绯荤粺, 2017.12.22锛屼腑鍥斤紝zl201610332504.2  (鍙戞槑涓撳埄)

[19] 鏉ㄦ槬鍕?/span>锛屼警閲戯紝闄堝皯骞筹紝鐭崇強锛岃儭闆惐锛屾潹鏉帮紝鏀寔楂橀搧绉诲姩閫氫俊鐨勬棤閲嶅彔鏃犵嚎瑕嗙洊绯荤粺鍙婂叾鍒囨崲鏂规硶锛?/span>2016.6.22,涓浗锛?/span>zl201310484377.4  (鍙戞槑涓撳埄)

[20] 鏉ㄦ槬鍕?/span>锛岄檲灏戝钩锛屼竴绉嶇щ鍔ㄧ數璇濆弽鍏嬮殕鍒嗘瀽绯荤粺鍙婂叾鏂规硶锛?/span>2013.2.13锛屼腑鍥斤紝zl201010028980.8  (鍙戞槑涓撳埄)

[21] 鏉ㄦ槬鍕?/span>锛岄檲灏戝钩锛岀粓绔兢鑱氳秴楂樼щ鍔ㄦ€у甯﹂€氫俊绯荤粺鍙婂叾蹇€熻秺鍖哄垏鎹㈡柟娉曪紝2013.1.9锛屼腑鍥斤紝zl201010582049.4  (鍙戞槑涓撳埄)

[22] c.xu, c.yang, turbulence mitigation of orbital angular momentum multiplexing in free space optical link by auxiliary light, the 8th international conference on information optics and photonics (ciop 2016)锛?/span>shanghai, china, july 17-21,2016. (浼氳璁烘枃)

[23] w.hu, c. yang, j. hou, s. chen, a trajectory sync-prediction handoff method for high speed railway communications, asia communications and photonics conference / international conference on information photonics and optical communications (acp2013 / ipoc 2013), beijing, china, nov 12鈥?5, 2013. (浼氳璁烘枃)

[24] chunyong yang,kaige shan,jun chen,jin hou,shaoping chen.cnn-based phase matching for the oam mode selection in turbulence heterodyne coherent mitigation links.ieee photonics journal,2020,12(6): 7905913

鐮旂┒椤圭洰

涓绘寔鍙備笌鍥藉绉戞妧鏀拺璁″垝銆?/span>863璁″垝鍙婂浗瀹惰嚜鐒剁瀛﹀熀閲?/span>3椤癸紝婀栧寳鐪佽嚜鐒剁瀛﹀熀閲戙€佺鎶€璁″垝椤圭洰绛夊椤广€?/span>

涓昏濂栧姳涓庣о鍙?/span>

2022骞存箹鍖楃渷甯堝痉鍏堣繘涓汉

涓崡姘戞棌澶у绗叚灞娾€滀笁鑲蹭汉鈥濇爣鍏?/span>

鍏ラ€夋箹鍖楃渷闈掑勾鍒涗笟瀵煎笀

鍏ラ€夊叏鍥戒竾鍚嶄紭绉€鍒涙柊鍒涗笟瀵煎笀浜烘墠搴?/span>

鏅鸿兘鐗╄仈鎶€鏈箹鍖楃渷宸ョ▼鐮旂┒涓績涓讳换

涓浗鐢典俊婀栧寳鍏徃楂樼骇椤鹃棶

鑾?/span>2022骞存暀瀛︽垚鏋滀笁绛夊

鑾?/span>2018骞存箹鍖楃渷鏁欏鎴愭灉浜屻€佷笁绛夊

鑾?/span>2022骞存箹鍖楃渷绉戝鎶€鏈彂鏄庡涓夌瓑濂?/span>

鑾?/span>2011骞村害婀栧寳鐪佺瀛︽妧鏈鑷劧绉戝浜岀瓑濂?/span>

鑾?/span>2005骞存姹夊競閲嶅ぇ绉戝鎶€鏈垚鏋?/span>

鑾?/span>2003骞村害姝︽眽甯傜鎶€杩涙濂栦笁绛夊

鎷呬换銆奜ptics express銆嬨€夾pplied optics銆嬨€奜ptics communication銆?/span>绛夋湡鍒婅瘎瀹?/span>

鑱旂郴鏂瑰紡

閭锛?a href="mailto:cyyang@mail.scuec.edu.cn">cyyang@mail.scuec.edu.cn

鍦板潃锛氫腑鍗楁皯鏃忓ぇ瀛︾數瀛愪俊鎭伐绋嬪闄?/span>

鏈棰樼粍甯稿勾鍚告敹浼樼鏈鍚屽鍔犲叆锛屾杩庡悓瀛︿滑韪婅穬鎶ュ悕!

娆㈣繋鏈夊織闈掑勾鍔犲叆鏈棰樼粍鏀昏纭曞＋鐮旂┒鐢燂紒