Page 1 (0s)
PolyU Student Entrepreneurial Proof-of- Concept Funding Scheme (POC).
Page 2 (10s)
Cond Introd Proble Our in WI Comr Future Our Concl.
Page 3 (29s)
Desig differe Polymer mo Non-c — Me — Sirr Mil. About our lab and research.
Page 4 (50s)
Problem Organic dyes Intensity reduction concentration UV unstable o Na03S OH Lanthanide chelc Expensive and scc Cause pollution Toxic ( 902 BPI.
Page 5 (1m 14s)
WIED. Our F. Our Research – non-conjuagted fluorescent polymeric particles.
Page 6 (1m 27s)
WLED At least two produce wh Tedious produced Indium, ( Europiur scarce r Extractic Deforest water pc.
Page 7 (2m 14s)
WLED • coating 01 blue light c Single light Blue I 400 450.
Page 8 (2m 38s)
Reduce the 1 st Gen coatinc coating Use of high X White coa 2nd Gen coati! coating X X Use of high Use of rare energy tra Expensive, Non-homo.
Page 9 (3m 6s)
2th Gen Coolir fluorescent pc Non-conjugated as photolumines Colored fluore Material itself is Homogeneous UV Protection SSRC.
Page 10 (3m 38s)
In 2021, Report fro Askci.com in Chin Lightil 90.
Page 11 (4m 3s)
Market Pc By "Hong Kong Energy Data, 2021" (HKEEUD) 90 Building 2.57 x 1012J.
Page 12 (4m 23s)
Aims Develop and polymeric pa Higher brightl color SEM HV: 5.0 kV SEM MAG: 50.0 kx WD: 4.96 mm Det: In-Beam SE.
Page 13 (4m 54s)
Research & Development Continue the research Refine the synthesis processes Scale up production.
Page 14 (5m 16s)
Our Team. Professor Li Pei Wong Ho Chun. PhD student.
Page 15 (5m 25s)
Current F X Metal X Envirc Our strer Familic Able Market Metc Envir.