Fundamental Nanomaterials Research and Development: An Australian Perspective Professor Max Lu

Fundamental Nanomaterials Research and
Development: An Australian Perspective
Professor Max Lu
FTSE, Fed Fellow, Director
Http://www.arccfn.org.au
ARC Centre for
Functional
Nanomaterials
Gross Domestic Expenditure on R&D
Australia
10000
Business
Government
8000
Other Australian
Overseas
$ million
R&D Tax
6000
4000
2000
0
1978-79 1981-82 1984-85 1986-87 1988-89 1990-91 1992-93 1994-95 1996-97 1998-99 2000-01 2002-03 2004-05 2006-07
Source: Compiled from data in DEST 2006, Australian Science and Innovation System: A Statistical Snapshot, pp 33, 34 & 56
ARC Centre for
Functional
Nanomaterials
Nanotechnology Programs
Australian Research Council
Centers of Excellence Program:
•
•
•
•
Functional Nanomaterials
Quantum Computing
CUDOS
Quantum Atom Optics
Federation Fellowship Program:
• Around 15 Fed Fellows
Research Networks Program
•
•
ARC nanotechnology network (ARCNN)
Australian research network for advanced materials (ARNAM)
Discovery and Linkage Projects
Total funding $100 million p.a.
ARC Centre for
Functional
Nanomaterials
Australian Research Council Nanotechnology
Network
•
•
•
•
•
•
•
•
150 Groups, more than 900 members
Conferences, Workshops, Summer School
Short Term and Long Term Visits
Overseas Travel Fellowships
Distinguished Lecturer Visits
Young Nanotechnology Ambassadors
Facilities and Expertise Database
Bilateral Workshops
WWW.AUSNANO.NET FREE to Join
ARC Centre for
Functional
Nanomaterials
ANU: Quantum dot and wire lasers:
Novel nanowires
1000 nm
laser wire array
MOCVD growth,
novel processing
and integrated optics
ARC Centre for
Functional
Nanomaterials
InAs/GaAs NW Heterostructures
In Collaboration with UQ
InAs
branch
InAs
branch
GaAs
stem
GaAs
stem
InAs/GaAs nanowires
(The inset is the top view)
GaAs
branch
GaAs/InAs/GaAs nanowires
GaAs
branch
Bending of nanowire when
growing on nanowire with
smaller lattice constant
InAs
stem
eg: InAs ( a = 0.606 nm) on
GaAs (0.565 nm)
GaAs/InAs nanowires
GaAs Nanowires are Zinc Blende and InAs Nanowires are Wurtzite
ARC Centre for
Functional
Nanomaterials
Nanoscience Research Group (Prof. Frank Caruso, Melb. Uni.)
Biocolloids (Cells) to Colloidal Crystals to Hollow Capsules
Nanoscale surface
coating of particles
with polymer layers (blue) and nanoparticles Metallodielectric colloidal crystals
prepared from gold nanoparticle/
polymer‐coated polymer particles.
The image shows an area of
~2 cm diameter. The colours arise from Bragg diffraction of light.
ARC Centre for
Functional
Nanomaterials
CSIRO Nanotechnology R&D
•
Established in 1926, CSIRO is
Australia’s national research
organisation with 6,600 staff
located at 60 sites
•
12+ research units with NT
activities
Around $60 million pa
Local and overseas
nanotechnology companies are
using CSIRO-generated IP in their
core business
•
•
–
ca 8 different IP platforms currently
in marketplace + >6 undergoing final
field trials
Soft nanolithography for
coins and banknotes
XRT Pty Ltd - spin out company
makes X-Ray Microscopes with
50 nm resolution
Nanostructured coatings
prevent light degradation of
beer, milk, edible oils and
wines
ARC Centre for
Functional
Nanomaterials
AIBN at UQ
www.aibn.uq.edu.au
$80m, 17 Groups/Centres, With
350 researchers
ARC Centre for
Functional
Nanomaterials
ARC Centre for
Functional
Nanomaterials
Nanoparticles
Nanotubes
Thin films/membranes
Nanoporous/composite
techniques
Http://www.arccfn.org.au
ent
To
• over 110 researchers
• $24.8 m over 8 year
m
ns: ron
tio nvi
X- ols:
R
Sp a y s
ect , N
ros MR
cop , M
y, M icr
ole osco
c ul p y
ar ,
mo
del
li
(UQ,UNSW, ANU, UWS)
ca y,e
pli erg
A p an e n ar e
Cle lth c
hea
• 4 Universities
ng
products
materials
Nanoscale Sciences
ARC Centre for
Functional
Nanomaterials
Functional Nanomaterials
ARC Centre for
Functional
Nanomaterials
Programs and Researchers
Nanoparticles
Nanotubes
Nanofilms /
membranes
H2 production,
storage, GTL, fuel
cells
Lu, Smith,
Beltramini,
Wainwright,
Lu, Chen,
Smith, Wilson
Da Costa,
Lu &
Drennan
Energy Storage
and Solar Cells
Smith, Lu,
Drennan
Chen
Lu, Gentle,
Drennan
Environmental
photocatalysis
Amal,
Wainwright,
Yu
Separation,
Catalysis, desal.
Trimm, Amal
& Wainwright
Biosensors,
tissue repair,
nanotoxicology
Amal,
Gooding
Nanobiomaterials
Lu, da
Costa,
Amal,
Amal, Martin
Da Costa, Lu
Da Costa,
Lu
Gooding,
Amal
Wilson, Chen,
Kannangara
Trau,
Gentle
Martin, Trau,
Gooding
ARC Centre for
Functional
Nanomaterials
Gas Separation Membranes
Molecular Sieve membrane
US DOE FutureGen
Hydrogen Economy
ARC Centre for
Functional
Nanomaterials
Catalyzed MgH2 System for High Capacity H2 Storage
2000C/15min
1500C/60min
Mg-Cata1
Mg-Cata2
Mg-VTiCNT
Mg-Cata4
4.7%H
5.8%H
5.2%H
5.2%H
4.8%H
4.5%H
Pure
Mg(0001)
Surface
0.35
US DOE
0.30
0.25
Relative Energy (eV)
IEA
0.20
Mg(0001)
with 3
SubSub-Surf
C
Mg(0001)
with 6
SubSub-Surf C
0.15
0.10
0.05
0.00
-0.05
-0.10
-2
0
2
4
6
8
10
12
14
Image Index Number
Du, Smith, Yao and Lu, J. Am.
Chem Soc., 2007, 129,
Yao and Lu et al,, JACS, 2007, 129,15650-15654
ARC Centre for
Functional
Nanomaterials
Novel Visible Light
Photocatalysts
1. LT
3. LTN LT 2. HLTN
Visible light photocatalyst
promising for high efficiency
solar cells, cost-effective water
purification, and hydrogen
production from water splitting
ARC Centre for
Functional
Nanomaterials
LDH Nanoparticles- Novel adsorbent, catalyst and
molecular delivery agents
2Mg2+(aq) + Al3+(aq) + 6OH- + Cl- → Mg2+2Al3+(OH)6Cl (s)
Mg2+ + Al3+
solution
NaOH solution
1-10
micrometers
18
100C 16 h
Intensity (%)
13
8
25C 20 m
3
-2
10
100
1000
Particle size (nm)
10000
ARC Centre for
Xu, Lu and Bartlett, JACS, 128, 36-37,
2006
Functional
Nanomaterials