CHINESE | Nanjing Tech | CONTACT US
 
  Research Area   
  Research Platform   
  Publications   


  Home Research

  MULTI-SUBSTITUTED TRIAZATRUXENE-FUNCTIONALIZED PYRENE DERIVATIVES AS EFFICIENT ORGANIC LASER GAIN... 2016/04/13
  A T-SHAPED TRIAZATRUXENE PROBE FOR THE NAKED-EYE DETECTION OF HCL GAS WITH HIGH SENSITIVITY AND S... 2016/04/13
  MULTIPHOSPHINE-OXIDE HOSTS FOR ULTRALOW-VOLTAGE-DRIVEN TRUE-BLUE THERMALLY ACTIVATED DELAYED FLUO... 2016/04/06
  ELECTRICALLY TUNABLE VALLEY-LIGHT EMITTING DIODE (VLED) BASED ON CVD-GROWN MONOLAYER WS2 (NANO LE... 2016/04/05
  SYNTHESIS AND CRYSTAL STRUCTURE OF HIGHLY STRAINED [4]CYCLOFLUORENE: GREEN-EMITTING FLUOROPHORE (... 2016/04/05
  GRAPHENE AND COBALT PHOSPHIDE NANOWIRE COMPOSITE AS AN ANODE MATERIAL FOR HIGH PERFORMANCE LITHIU... 2016/04/05
  SENSITIVE WATER PROBING THROUGH NONLINEAR PHOTON UPCONVERSION OF LANTHANIDE-DOPED NANOPARTICLES (... 2016/04/05
  SELECTIVELY MODULATING TRIPLET EXCITON FORMATION IN HOST MATERIALS FOR HIGHLY EFFICIENT BLUE ELEC... 2016/04/05
  PREPARATION AND APPLICATIONS OF NOVEL COMPOSITES COMPOSED OF METAL–ORGANIC FRAMEWORKS AND TWO-DI... 2016/04/05
  EFFICIENT SYNTHESIS AND PHOTOVOLTAIC PROPERTIES OF HIGHLY RIGID PERYLENE-EMBEDDED BENZOTHIAZOLYLS... 2016/04/05
  RANDOM TERPOLYMER WITH A COST-EFFECTIVE MONOMER AND COMPARABLE EFFICIENCY TO PTB7-TH FOR BULK-HET... 2016/04/05
  HIERARCHICAL CARBON NI3S2 MOS2 DOUBLE CORE-SHELL NANORODS FOR HIGH-PERFORMANCE SUPERCAPACITORS (J... 2016/04/05
  AMPEROMETRIC CHOLESTEROL BIOSENSOR BASED ON ZINC OXIDE FILMS ON A SILVER NANOWIRE–GRAPHENE OXIDE... 2016/04/05
  DRAMATIC ENHANCEMENT OF POWER CONVERSION EFFICIENCY IN POLYMER SOLAR CELLS BY CONJUGATING VERY LO... 2016/01/11
  SUPRAMOLECULAR POLYMERIZATION PROMOTED IN SITU FABRICATION OF NITROGEN-DOPED POROUS GRAPHENE SHEE... 2016/01/11
首页上页1...910111213下页尾页

  Copyright 2014-2016 ©Institute of Advanced Materials, Nanjing Tech University All Rights Reserved.
  Address: Chemical Engineering Block, 5 Xinmofan Road, Nanjing 210009, China Tel: (86) 25-83587982 Visit: