全波···声光···器研·

项目来源

国家···发计···KR··

项目主持人

周时·

项目受资助机构

华南···学

立项年度

2020

立项时间

未公开

项目编号

20···FB···59··

研究期限

未知 / 未知

项目级别

国家·

受资助金额

470.00万元

学科

宽带···新型··

学科代码

未公开

基金类别

未公开

关键词

多材···体系···;串···放大··

英文关键词

Mu···-M···ri···Ac···e ···te···ff···en···cr···ta···Op···al···pl···er·

参与者

邱建···冬梅·

参与机构

浙江···香港···学深···院;

项目标书摘要:本年···主要···影响···光放···宽、···效率···机制···研制···Te···宽带···质,···用于···放大···e玻···的团···策略···光谱···短波···域。···整玻···团簇···原位···稳定···簇的···研制···新型···位于···红外···Te···玻璃···了在···缺少···益材···陷。···00···绕新···光纤···噪声···理论···究,···率方···线性···传输···导建···放大···,利···tl···台完···仿真···析了···纤放···增益···制对···的相···强度···规律···铋掺···分玻···展了···放大···率研···究了···子种···杂量···杂硅···璃的···发光···。通···热性···学响···的关···究了···玻璃···的失···,成···备了···Bi···平(···5m···)的···锗酸···光纤···次在···中实···带增···功构···种用···光放···型光···器。···还建···现O···放大···i光···论模···O波···益谱···数值···根据···长范···级结···子跃···设计···波长···速率···功率···程,···上验···续研···掺杂···光纤···发展···性。

Th···ye···s ···ea··· f···se···n ··· p···ic···me···ni··· t··· a···ct···e ···dw···h,···se···d ···ic···cy··· a···ba···op···al···pl···er···wo···nd···f ···ac···at···wi···an···ai···ed···ar···ev···pe···nd···e ···st···en···ee···g ···at··· o···e ···ed···as···ib···fo···id···nd···ti··· a···if···ti···is···op···d,··· i···sp···ru···s ···en··· t···he···or···av···nf···ed···gi···By···ju···ng···e ···lu···n ···cl···er···n ··· g···s ···ge···at···nd···ab···ze··· c···te···in···tu···ne···yp···f ···bo···e ···ed···as···ho···lu···es···ce··· l···te···n ··· s···t ···e ···r ···ra··· r···on··· d···lo··· t···ak···p ··· t···la···of···de···d ···n ···er···s ···th···ba···Th···et···l ···ul···on···se···h ··· c···ie···ut···ou···th···oi···of···ne···yp···f ···t-···ed···be···mp···ie···nd···fi··· a···if··· m···l ··· e···bl···ed···se···n ··· r··· e···ti···an···on···ea···ch···in··· t···sm···io···qu···on···e ···el···mu···io···as···mp···ed···th···tl···pl···or···nd···e ···pr···io···ul···f ···iu···op···fi··· a···if···'s···in···tu···io···ec···is···n ··· r···ti···no··· i···ns··· o···he···se···as···al···d ···de···l.···ed··· b···ut···op···mu···-c···on··· g···s,··· e···ct··· t···ef···ie··· o···pt···l ···li···r ···st···ed···e ···ec···f ···al···n ···e ··· d···ng···ou···on···ar···fr···d ···in···en···of···sm···-d···d ···ic··· g···s ··· s···ie···y ···dy··· t···re···io···ip···tw··· t···ma···ro···ti···an···pt···l ···po···,t···de···iv···on···ch···sm··· B···n ···ss···tr···wa···nv···ig···d.···ul···co···ne···ge···na···gl··· f···r ···h ···h ···do···g ···el···05···%)··· s···es···ll···re···ed···d ···ad···d ···n ··· a···ev···fo···he···rs···im···n ··· f···r,··· a···al···ib···am···fi···fo···ro···an···pt···l ···li···at··· w···su···ss···ly···ns···ct···In···di···n,···he···ti··· m···l ···Bi···pe···ib···fo···-b··· o···ca···mp···ic···on··· e···bl···ed···d ··· g··· s···tr···of···ba···is···me···al···si···at···Th···um···av···ng···is···si···d ···or···g ···th···av···ng···ra··· o···ig···,e···gy···ve···tr···ur···nd···ec···ni···ra···ti···pr···ss···d ··· r··· e···ti···an···ow···tr···mi···on···ua···n ··· e···bl···ed···ic···he···ti···ly···ri···s ··· f···ib···ty··· t···de···op···t ···bi···th···pe···ro···an···ib···am···fi···in···e ···ur···es···ch···re···on·

项目受资助省

广东·

  • 排序方式:
  • 5
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  • 1.Co···ol··· t···er···re···pe···nt···sc···ty···r ···uf···ur··· o···i-···ed···ti···fi···

    • 关键词:
    • Fibers;Luminescence;Supercooling;Active fibers;Bi-doped;Infrared luminescence;Luminescence centers;Melt state;Non equilibrium;Optical amplifications;Supercooled liquid state;Temperature dependent;Temperature dependent viscosity
    • Du··· R···Ch··· J···fe···e,···o;···, ···nx···Zh···, ···Li···ue···ng···ng···u;···ng···iu···He···hi···;Q··· J···ro···Zh··· S···en·
    • 《In···na···na···ou···l ···Ex···me···nu···tu···g》
    • 2024年
    • 6卷
    • 3期
    • 期刊

    Hi···ig··· T···te···ra···e ···en···t ···lu···n ···Bi···mi···ce··· c···er···ur··· e···li···um···lt···at···nd···ne···li···um···pe···ol···li···d ···te···s ···ea···. ···ov···vi···si···ev···ti···l ···av··· m···at···st···eg···or···nu···tu···g ···Bi···pe···ct··· f···r ···h ···h ···an···ol···li···wa···ro···ed···ui··· b···he···sc···ty···ol···on···be···io···ed···ed···ra···y,···e ···ce···ul···br···ti···of···av··· d···d ···ac···e ···er···th···-o···ga···wa···em···tr···d ··· t···fi··· t···. ···02···he···th···s)···ub···he···y ··· P···is···g ··· o···eh··· o···he···MT·

    ...
  • 2.Te···us··· E···ne···ng···r ···ab···Op···al···sp···e

    • 关键词:
    • cluster engineering; optical active materials; Te-doped; tunableluminescence;GLASSES; STATE; IR
    • Do··· Q···;H···g,···pe···Ch··· J···fe···ha··· K···en···Xu···, ···li···;Q··· J···ro···Zh··· S···en·
    • 《AD···CE···UN···ON···MA···IA··》
    • 2024年
    • 期刊

    Th···on···uc···n ···ac···e ···er···s ···h ···tr···ab···op···al···sp···e ···il···te···he···ve···me···of···va···d ···to··· d···ce···Ho···er···he···hi···me···of···bu···ac···e ···er···s ···h ···e ···el···th···na··· a···br···ba···em···io···em···s ···re···ch···en··· m···ly···e ···th···ix···en···y ···el···f ···ve···on···ac···e ···an···an···im···d ···om···ne··· b···de···g ···co···n ···ts···er···th···tu···pr···se···ha···he···us··· i···he···so···pi···ca···of···pr···ma···to···nm···y ···ak···is···tt···ec···ss···an···em···tr··· a···ra···y ··· t···ma···em··· o···ho··· e···si···by···gi···ri···th···lu···r ···lu···n.···e ···rp···s ···ss··· t···ho···to···il···th···ha···te···ti···on···ur···on··· T···lu···rs···om···to···nm··· c···ro···f ··· t···lo···al···ru···re···n ···ss··· e···oy··· I···es···el···it···es···s ···is···ct···ti··· r···on···to···ly···ff···nt···om···e ···ve···on···ac···e ···te···an···hi···na···s ···co···ru···of···ti···ph···ni···la···wi···co···nu···ly···na··· e···si···fr···88···o ···4 ··· M··· i···rt···ly···e ···st···ac···at···ph···ni···la···fi···s ··· f···ic···d ··· t···br···ba···on···f ···n ···su···ss···ly···hi···d.···rt···mo··· b···fi···g ···m ··· u···ue···na··· e···si··· n···l ···r-···ra··· d···ce···re···ns···ct···an···he···ap···ca···n ···im···ng··· d···ns···te···Th···pp···ch··· c···te···ng···er··· m···at···tu···le···ti··· r···on···is···li···d ···br··· n···op···tu···ie···or···ve···in···dv···ed···ot···c ···ic···Th···tr···gy···r ··· m···ge···t ···ph···n ···ss··· b···ng···er··· t···cl···er···ol···on··· p···os··· T···ng···e ···ra···ri···c ···fi···at··· o···e ···st··· f··· 1··· 2··· c···be···al···d ···co···ol···g ··· t···lo···al···ru···re···f ···ss··· T···re···ta···ma···ia···ex···it···nt···ou··· t···bl···um···sc···e ···h ···en···l ···el···th···om···8 ···10···nm···ma··

    ...
  • 3.On···e ···ia···n ···m ···ck··· b···si···Fu···In···an···Sc···il···in···ib···

    • 关键词:
    • detection; fiber; glass; luminescence; optical properties;GLASS; LUMINESCENCE
    • Lv···hi···o;···ng···en···i,···el···g;···ng···ia···i;···g,···en···;L···Ji···hu···on···an···uo···un···g;···, ···nr···;Z···, ···fe··
    • 《AD···CE···PT···L ···ER···S》
    • 2024年
    • 期刊

    Ef···ti···on···e ···it···ng··· t···sp···al···st···ut··· o···ig···ne··· r···at··· i···f ···ni···an···mp···an···in···ri··· f···ds···ch··· m···ca···ma···g,···gh···er···ph···cs···nd···me···d ···ur···. ···ev··· a···ev··· r···at··· d···ct··· w··· b··· h··· s···it···ty···d ···im···di···rb···e ···an···or···s ···ll···e.···e ···se···st··· i···od···s ···ol···on··· t··· b···le···k ···ue···ro··· t···de···op···t ···a ···l-···rg···c ···nt···at··· f···r,···cc···fu··· d···ns···ti···it···pp···at··· i···on···uc···g ···ad···io···on···ri···de···e.···e ···nt···at··· f···r,···ti···ed···th···3+···d ···ri···ed···in···he···lt···-t··· a···oa··· i···ig···ei··· w··· a···ns··· o···.5···cm···an···xh···ts···fi···nt···in···la···g ···ss··· w··· a···gh···ie···of···00···ot··· M···1.···es···ha···te···ti···en···e ··· a···ev···nt··· r···at··· d···ct··· w··· h··· s···it···ty···il···ee···g ···tu···nc···o ··· i···de···ra···ti···be···at···mi···um···ur···rm···, ···an···D ···ia···n ···m ···it··· a···co···ru···d ···ed··· t···e ···nt···at··· f···rs···ac···ta···g ···ti···ra···ti···mo···or···. ··· f···in···de···st···e ···t ···l-···rg···c ···nt···at··· f···rs···d ···ic···of··· a···ne···st···co···na···n ···hi···se···ti···y ··· n···ig···e ···tu···nc··· T··· p···re···no···nl···nt···uc···a ···el···ll···or···ic···be···or···di···on···te···on···t ···o ···ge··· p···is··· a···ic···on···n ···io···nu···ar···el···wh··· 3···ad···io···ea···ra···ng··· e···nt···.S···ti···ti···fi···s ··· e···oy···to···li···mo···or··· f···th···pa···l ···tr···ti···of···gh···er···ra···ti··· T···fa···ca···n ···fu···in···an···sc···il···in···ib··· u···g ··· m···-i···ub···tr···gy···fe···si···fi···t ···an···es···nc···in···ig···en···iv··· a···mi···al···st···an···to···e ···id··· r···at···. ··· a···ic···on··· t···e ···nt···at··· f···rs··· t···co···ru···on··· 2···nd··· r···at··· m···to···en···es···ec··· t···ki···of···at··· r···at··· b··· d···ri···io···im···

    ...
  • 4.Ma···Gr··· E···en···Ac···at···Ne···In···re···ho···ic···te···ls

    • 关键词:
    • Infrared devices;Luminescence;Optical remote sensing;Activated materials;Broadband tunable;Main-group elements;Near Infrared;Near infrared luminescence;Near-infrared;Photonic materials;Radar remote sensing;Telecommunications lasers;Tunables
    • Do··· Q···;F···, ···Qi···Ji···on···ho···Sh···ng
    • 《La··· a···Ph···ni···Re···ws》
    • 2024年
    • 期刊

    Ne···in···re···NI···ph···ni···at···al···in···xt···iv···pp···at···s ···os···mp···an···ie··· s··· a···el···mm···ca···ns···as···ra···, ··· a···sp···ic···mo···se···ng···n ···ti···ar···ho···ic···te···ls···ti···ed··· m··· g···p ···me···, ···ch···hi··· u···ue···ec···l ···tu··· i···ud··· u···a-···ad···d ···ab···lu···es···ce···d ···g ···et···, ···e ···om···is··· s···s ···NI···mi···ng···pa···. ···th···re···w,···e ···rg···ev···ch···ct···st··· o···he···el···ro···to···in···si··· i··· t···fu···me···ls··· t···NI···pt···l ···po··· f··· t···ma···gr··· e···en···ar···ir···in···du···. ···t,···e ··· l···ne···nc···ro···ti···of···e ···n ···up···em···s ··· d···us···. ···n,···e ···at··· f···th···es··· o···ai···ro···el···nt···ct···te···at···al···it···he···si··· p···er···s ···ed··· l···l ···mi··· e···ro···nt···gi···ri···is···op···d.··· a···ti··· r···nt···va···s ···th···pp···at···s ···ma···gr··· e···en···ex···di···bi···th···ct···te···at···al···re···gh···ht··· F···he···re···he···y ···en···ic···su···th···ur···tl···ee···o ···so···d ··· s··· m···ri···, ···h ···th···et···ed···mi···ce··· m···an··· a···hi···ig···d.···ti···at··· a··· e···nd···o ··· f···re···se···h ···nd···n ···s ···it··· f···d,···cl···ng···e ···s ··· e···nc··· l···ne···nc···ff···en···an···xt···in···pe···al···gi··· a···th···ff···s ··· i···em···in···he···ad···ce···ts··· n···l ···ti···ed···te···ol···es···ke···ot···lt···s ··· b···ed···ne··· 2··· W···y-··· G···.

    ...
  • 5.Ge···ni···ox··· h···id···ti···en···ci···th···pt···l ···po··· o···i-···ed···as···nd···be·

    • 关键词:
    • Bi-doped glass; broadband amplifiers; fiber;RADIATION; AMPLIFIER; LASERS; STATE
    • Zh···, ···Ch··· J···fe···on···Qu···Ho···Di···ao···, ···gw···We···Ti···ia···, ···li···;F···, ···Zh··· S···en·
    • 《JO···AL··· T···AM···CA···ER···C ···IE··》
    • 2024年
    • 期刊

    Bi···th···i)···pe···la···an···ib···ma···ia···ex···it···ce···nt···ti··· p···or···ce···d ···e ···en···l ···fi···s ···h ···fi··· c···un···ti···an···un···e ···er···Ho···er···he···ep···ti···of···-d···d ···ss···d ···er···th···gh···ti··· a···vi···is···il···on···nt···wi···hu···ch···en···. ···s ···dy···op···s ···er···iu···xi···hy···di···io···tr···gy··· e···nc···ea···nf···ed···is···n ···Bi···pe···la··· I···dd···on···y ··· s···em···ca···pt···za···n ···th···pt···l ···po··· a···pr···ss···li···of···e ···ss···st··· B···op···gl··· f···rs···e ···ce···ul···co···ru···d.···e ···st···te···la···fi···s ···e ···el···t ···ic···pe···rm···e,···d ··· e···nc···am···fi···sp···an···s ···ss··· i···ea···ed···he···ho···ot···ia···fo···pp···at···s ···br···ba···fi··· a···if···s ··· t···bl···as···.

    ...
  • 6.Br···ba···ne···in···re···mi···on··· B···r ···do··· g···an···li···e ···ss··

    • 关键词:
    • Bismuth; Erbium; Broadband; Germanosilicate glasses;ENERGY-TRANSFER; LUMINESCENCE; AMPLIFICATION; AMPLIFIERS
    • Xi···Bi···ei···an···n;···ng···e;···n,···ng···;F···, ···Zh··· S···en·
    • 《JO···AL··· N···CR···AL···E ···ID·》
    • 2024年
    • 624卷
    • 期刊

    Br···ba···ga···ma···ia···ha···ga···re···on···er···e ···en···n ···ac···nt··· t···r ···ct···l ···li···io···n ···ic···am···fi···. ···ng···em···i ···pe···la···s ···ic···re···do···po···ti···du···o ···ir···iq···br···ba···em···io···In···is···pe···we···po···a ···ie···f ···-E···o-···ed···rm···si···at···la···s ···ib···ng···oa···nd···d ···ab···ne···in···re···NI···em···io···By···e ···at··· o···i ··· c···op···, ··· l···ne···nc···an···dt···s ···ec···el···xp···ed··· t···wa··· c···xc···ti···an···ne··· t···sf···be···en···o ···iv···en···s.···po···nt··· b···db··· l···ne···nc···ov···ng···-E··· -···L ···ds···th···ll···dt···t ···f ···im···(F···) ···e ···n ··· n···s ···li··· v···th···ay··· e···gy···an···r.··· a···ti··· u···ab···db··· e···si···co···in··· -···U ···ds···th···HM··· -··· n···nd···la···el···la···mi···on··· -··· n···s ···ie··· v···th···ay··· c···xc···ti··· F···he···re···he···ch···sm··· e···gy···an···r ···di···ss··· T···e ···ul···in···at···ha···i ··· c···op···ge···no···ic··· g···se···re···e ···mi···g ···di···es··· t···fi··· o···pt···l ···er···pl···er··

    ...
  • 7.全波···大器···理机···年度···An···l ···or···n ··· R···ar···on···yP···ic···Me···ni··· o···ll···nd···ti··· A···if···s)

    • 关键词:
    • 多材料有源体系、效率、串扰、光放大器、Multi-Material Active System、Efficiency、crosstalk、Optical Amplifier
    • 邱建荣;周时凤;黄冬梅;
    • 《浙江大学;华南理工大学;香港理工大学深圳研究院;》
    • 2023年
    • 报告

    本年···主要···影响···光放···宽、···效率···机制···研制···Te···宽带···质,···用于···放大···e玻···的团···策略···光谱···短波···域。···整玻···团簇···原位···稳定···簇的···研制···新型···位于···红外···Te···玻璃···了在···缺少···益材···陷。···00···绕新···光纤···噪声···理论···究,···率方···线性···传输···导建···放大···,利···tl···台完···仿真···析了···纤放···增益···制对···的相···强度···规律···铋掺···分玻···展了···放大···率研···究了···子种···杂量···杂硅···璃的···发光···。通···热性···学响···的关···究了···玻璃···的失···,成···备了···Bi···平(···5m···)的···锗酸···光纤···次在···中实···带增···功构···种用···光放···型光···器。···还建···现O···放大···i光···论模···O波···益谱···数值···根据···长范···级结···子跃···设计···波长···速率···功率···程,···上验···续研···掺杂···光纤···发展···性。···s ···r'···es···ch···cu··· o···he···ys···l ···ha···ms···at···fe···th···an···dt···oi···an···ff···en···of···l-···d ···ic···am···fi···.T···ki··· o···e ···iv···d ···eb··· g··· m···a ··· d···lo···,a···th···lu···r ···in···in···tr···gy··· T···op···gl··· f···r ··· w···ba···op···al···pl···ca···n ···pr···se···nd···s ···ct··· i···xt···ed··· t···sh···-w··· i···ar···re···n.···ad···ti···th···vo···io···f ···st··· i···he···as···o ···er··· a···st···li···Te···us···s ···si···a ··· t··· o···e ···at···op···gl··· w···e ···in···en···is···ca··· i···he···or···av···ea···nf···ed···gi···is···ve···ed··· m··· u···or···e ···k ···wi···an···ai···at···al···n ···s ···d.···or···ca···im···ti···re···rc···as···rr··· o···ar···d ··· n···e ···a ··· t··· o···ai···op···fi··· a···if···,a···a ···er···pl···er···de···as···ta···sh···ba··· o···he···te···ua···n ··· n···in··· S···od···er···an···ss··· e···ti···Th···od···si···at··· w···co···et···wi···ma···b ···tf···,a···th···up···ss··· r··· o···rb···-d···d ···er···pl···er···ga···sa···at··· m···an··· o···he···la···e ···se···te···ty··· t···la··· w···an···ze···n ···ai···as···on···sm···-d···d ···ti···mp···nt···as···he···fe···on···e ···ic···cy··· o···ca···mp···ie···s ···di···Th···ff··· o···et···io···yp···nd···pi···am···t ···ne···in···re···um···sc···e ···bi···th···pe···il···te···as···as···ud···.B···tu···ng···e ···at···sh···be···en···er··· p···er···s ··· o···ca···es···se···e ···ct···ti···me···ni···of··· i···la···ma···x ··· i···st···te··· m···i-···po···t ···ma···e ···ss···be···it···ig···i ···in···ev···0.···ol···as···cc···fu··· p···ar···an···ro···an···ai···as···hi···d ··· t···fi··· t··· i···he···be···nd···sm··· f···r ···li···r ··· b···db··· o···ca···mp···ic···on···s ···ce···ul···co···ru···d.···ad···io··· t···re···al···de···f ···do··· f···r ··· O···nd···ti··· a···if···ti···is···ta···sh···an···he···in···ec···m ···O-···d ···nu···ic···y ···ul···d.··· p··· w···le···h ···de···ne···cc···in···o ··· w···le···h ···ge··· s···al···er···le··· s···ct··· a···el···ro··· t···si···n ···ce···an···he···te···ua···n ··· p···r ···ns···si···eq···io···re···ta···sh···wh··· t···re···al···ve···ie···he···as···li···of···e ···el···en···f ···mu···do··· b···db··· f···r ···li···r ···th···ut··· r···ar···di···ti···

    ...
  • 8.宽带···器用···及相···件年···(A···al···po···on···e ···ea··· o···ey···ch···og··· f···Pu···La··· a···Re···ed···ti··· C···on···s ··· B···db··· O···ca···mp···ie··

    • 关键词:
    • 波分复用器、隔离器芯、发散角、波导结构、非对称、增益平坦滤波器、递归迭代、精密堆叠、Wavelength Division Multiplexing(WDM)、isolator core、divergence angle、waveguide structure、asymmetrical、gain flat filter、recursive iterative method、precision stacking technology
    • 程义涛;刘波;王敏;
    • 《中国电子科技集团公司第十三研究所;深圳市欧凌镭射科技有限公司;武汉光迅科技股份有限公司;》
    • 2023年
    • 报告

    光学···泵浦···源器···实现···光放···心之···课题···绕光···的工···、材···设计···研究···00···通过···器和···芯的···设计···了全···噪声···大器···的S···离器···对光···处理···器和···学元···究,···了O···段及···波段···复用···计三···称波···,有···光损···高光···率;···式扩···结构···激光···,有···高了···激光···纤耦···;采···腔、···滤波···现了···增益···波器···系设···过递···实现···重整···超宽···点增···谱型···Op···al···vi···,s··· a···um···ou···s ··· p···iv···ev···s,··· k···co···ne··· f···fu···wa···en··· o···ca···mp···ic···on···is···se···h ···nl···oc···s ···th···ro···s ···ig···nd···te···l ···uc···e ···ig···f ···ic···de···es···00···Th···gh···e ···ea··· o···he···ll···to···nd···ol···r ···e,··· i···at···re···re···n ··· f···-b··· l···no··· f···r ···li···r ···de···ne···nd···ve···ed···d ··· c···ra···of···ba···is···hi···d;···ou···th···re···en···f ··· f···r ··· f··· a···th···es···ch··· v···ou···pt···l ···po···ts···E ···d ··· L···ba···wa···en··· d···si···mu···pl···rs···M)···e ···n ···el···d;···ig··· t···d-···er···ym···ri···av···id···tr···ur···o ···ec···el···ed··· o···ca···os···nd···cr···e ···ic···ou···t ···er···op···od···xp···io···av···id···tr···ur···o ···pr··· t···la··· d···rg···e ···le···d ···ec···el···nc···se···e ···er···up···g ···ic···cy··· t···pu···so···e ···er··· i···ov···mu···-d··· c···ty···lt···ev···fi···ri···te···ol··· i···do···d ···re···ze···e ···ig···f ···ra···de···d ···n ···t ···te···il··· f··· s···em···e ···ra···gh···fo···ng···pt···nd···tr···id···nd···lt···nf···ti···po··· g··· f···ne···ar···ch···ed···ro··· r···rs··· i···at··· S···tr···de···n.

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  • 9.全波···声光···器研···报告···nu···Re···t ···th···es···ch··· A···ba···Lo···oi···Fi··· A···if···)

    • 关键词:
    • 物理机制、宽带和噪声、宽带有源光纤、光纤放大器、传输系统、Physical Mechanism、Broadband and Noise、Broadband Active Fiber、Optical Fiber Amplifier、Transmission System
    • 周时凤;胡丽丽;贺志学;卜勤练;王荣平;刘波;于春雷;
    • 《华南理工大学;中国科学院上海光学精密机械研究所;武汉邮电科学研究院有限公司;武汉光迅科技股份有限公司;宁波大学;深圳市欧凌镭射科技有限公司;》
    • 2023年
    • 报告

    本年···开展···多材···或光···增益···和效···理机···,研···个波···大器···及O···段放···并完···传输···证。···研制···损耗···铋石···,其···耗低···11···/k···12···m,···大下···益3···2 ···高吸···型低···石英···单程···E+···单位···最高···1.···dB···光纤···10···05···波段···增益···增益···95···,平···为2···B;···掺杂···在1···~1··· n···了增···10···m以···增益···,最···为6···dB···共掺···英光···25···60···m波···超宽···,6···带宽···5 ···高锗···基光···68···75···m范···高增···,单···增益···8 ···m,···际报···水平···磷光···了2···1 ···U波···号放···研制···2 ···调谐···。(···O+···放大···了大···论和···究,···00···16···m实···益≥···dB···指数···dB···前期···实现···段增···5d···声指···dB···声放···基于···光放···完成···m的···单模···.6···bi···光传···验证···0k···.6···E光···4.···it···传输···证。···s ···r ···nl···ar···d ··· r···ar···on···e ···si··· m···an··· a···ct··· t···ga···ba···id···an···ff···en···of···lt···at···al···be···r ···ic···am···fi···de···op···mu···-b··· o···ca···mp···ie···ib···an···+E···nd···pl···er···d ···pl···d ··· o···ca···ra···is···n ···te···er···ca···n.···Th···lt···lo···os···nd···w ···ma···m ···ed···sm··· q···tz···be···s ···el···d.··· b···gr···d ···s ···as···w ···5.···dB···@1··· n···nd···e ···im···ga···is···.8···B ···er···o-··· a···if···ti···Th···ax···m ···n ··· u··· l···th··· E···ba···is···09··· u···r ···-w···am···fi···io···rb···-d···d ···er···hi···s ···n ···li···at··· i···he···nd··· 1···~1··· n···he···in···ng···s ···nm···d ··· a···ag···ai···s ···dB···e ···h-···n ···ic···am···fi···io···it··· g··· b···wi··· o···or···ha···00··· i···bt···ed··· 1···~1··· n···nd···e ···im···ga···is···5 ···Er···m-···mu···co···pe···ow···rm···um···ar···fi··· a···ev···ul···-w···ba···lu···es···ce··· 1···~1··· n···an···it··· 6··· b···wi··· o···35···.T···hi···ge···ni···bi···th···pe···il···n ···er···hi···s ···h ···n ···li···at··· i···he···ng···f ···0~···0 ···an···he···in···r ···t ···gt···s ···8 ···m,···ch··· t···le···ng···ve···n ···er···io··· r···rt···he···ti··· s···al··· 2···1 ···U ···d ···am···fi···by···gh···os···ru···op···fi···,a···th···un···e ···er··· 1···μm··· d···lo···.(··· l···e ···be···f ···or···ca···nd···pe···en··· s···ie···av···ee···ar···d ··· o···he···E ···d ···li···r,···ch···hi···s ···n ··· d···nd···is···nd···≤4··· a···60···~1···nm···mb···d ···h ···vi··· w···,t···lo···oi···am···fi···wi···al···an···ai···25···an···oi···in··· ≤··· i···ea···ed···se···n ··· d···lo··· o···ca···mp···ie···he···ri···at··· o···he···61···it···op···al···an···ss··· s···em···r ··· 1···or···in···-m··· f···r ··· t···21···Tb···s ···ic···tr···mi···on···st···fo···0k···.6···E ···er···s ···n ···pl···d.

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  • 10.Cl···er··· e···ne···ng··· t···ur···-d···d ···ss···be···or···oa···nd···ti··· a···if···ti··

    • 关键词:
    • Amplification;Broadband amplifiers;Fiber amplifiers;Luminescence;Rare earths;Tellurium compounds;Active material;Clusterings;Dense wavelength-division-multiplexing;Doped glass;Glass-fibers;Optical active material;Optical amplifications;Optical response;Optical-;Tellurium-doped
    • Do··· Q···;Z···g,···;C···, ···gf···Ch··· W···ei···ng···u;··· X···ia···He···hi···;Q··· J···ro···Zh··· S···en·
    • 《Ce···ic···nt···at···al》
    • 2023年
    • 期刊

    De··· w···le···h ···is··· m···ip···in···DW··· i···ec···iz···as···e ···th···ea···g ···hn···gi···fo···es···in···he···te···t ···a ···ff···ca···it···ss··· A···ou···th···uc···sf···de···op···t ···ra···ea··· d···d ···er···pl···er···na···s ···ac···ve···ti··· s···al···pl···ca···n ···va···us···le···mu···at··· w···ba···, ···ir···nd···th··· l···te···y ··· i···re···sh··· 4···le···on···tr···it···. ···e,··· p···os···he···us···in···ng···er··· s···te···in···ll···um···e)···pe···la···fi··· f···br···ba···op···al···pl···ca···n.···e ···re···io···mo···th···la···sy···m,···em···l ···te··· T···nd···e ···ic···re···ns···re···st···ti···ly···ud···. ··· a···ve···-d···d ···sp···e ···ss···th···te··· a···br···ba···lu···es···ce··· s···es···ll···ch···ed··· c···ro···f ··· c···te···ta···of···e ···at···. ···se···nt··· T···ct···te···ho···at···ib···is···cc···fu··· d···n ··· t···op···al···sp···e ···tr···fe···d ···ot···. ···or···tl···th···mp···ie···po···ne··· e···si···an···ro···an···pt···l ···li···at··· a···ac···ve···or···e ···st···me··· T···op···gl··· f···r.···sm··· s···al···-o···ga···co···in···n ···ra···de···ng···f ··· E···S ··· +···ba··· i···bs···ed···de···xc···ti···at···8 ··· O···re···ts···ta···sh···cr···ca···te···ow··· a···nc··· T···as···ph···ni···at···al···or···ve···ro···an···ib···am···fi··· s···ic···in···le···mu···at··· s···em··· 2··· E···vi···Lt···nd···ch···Gr··· S···l.

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  • 排序方式:
  • 5
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