1亿文档 免费下载
氧化锌
田
参考文献:[13
GaoSY,Zhang
H
薹
勇等:胺型离子液体形貌可控水热法合成微纳米氧化锌/20lo年囊2啊
2006。6(9):2174一Z176.
J,Wang
x
M,eta1.ZnO-basedhollowmicro—
ZnO
[8]JiangY,Zhu
Y
J.Microwave-assistedsynthesisof
using
an
sulfideM2S3
B,
spheres:Biopolymer-assistedassembliesfromJ
Phys
nanorods[J].
(M=Bi,Sb)nanorods
ionic
liquid[J].JPhysChem
ChemB,2006,110(32):15847—15852.
H,et
2005,109(10):4361—4364.
ultravio—
[2]HuangMH,MaoS,Feick
let
nanowirenanolasers
a1.Room—temperature
[93
Yavari
I,MahjoubAR,KowsariE,eta1.SynthesisofZnO
with
nano—
EJ].Science,2001。292(5523):1897-
structures
controlledmorphologyandsizeinionicliquids[J].
1899.
J
for
Nanopart
Res,2009。11(4):861—868.
C,Li
[3]WeltonT.Room-temperatureionicliquids.Solvents
and
synthesis
[103
Weng
ic
J,Wang
and
H,eta1.Novel
dual
quaternary
ammoniumion—
catalysis[J].ChemRev。1999,99(8):2071—2084.
P.Ionic
liquids
their
useas
solvent—catalysts
inthe
hydrolytic
[43Dupontj,SouzaRF,Suarezorganometallic
3692.
liquids(Moltensalt)phase
reaction[J].GreenChem,2006,8(1):96—99.
[11]LiangJ
tical
B,Liu
catalysismJ].ChemRev,2002,102(10):3667—J
W,XieQ,eta1.Hydrothermalgrowthand
of
op—
properties
doughnut-shapcdZnOmicroparticles[J].J
[53NakashimaTakuya,KimizukaNobuo.IntedadalsynthesisofhollowTi02microspheres
inionic
PhysChemB,2005,109(19):9463—9467.
liquids[J].JAmChem
Soc,2003,
[12]LiWJ,ShiEW,ZhongW
growthhabit
of
z,eta1.Growth
Cryst
mechanism
and
125(21):6386—6387.
oxide
crystals[J].J
Growth,1999.203
[6]Luo
H。xuC,ZouDB。etin
ionic
a1.Hydrothermalsynthesisofhollow
(1—2):186—196.
MoS2microspheresliquids/waterbinaryemulsions[J].
[13]Zhang
of
H。YangDR,Ji
Y
J,eta1.Lowtemperature
by
synthesis
MaterLett,2008,62(20):3558—3560.
flowerlikeZnO
nanostructures
cetyhrimethylammonium
Chem
B,
[7]JiangY,Zhu
microwave
Y
J,ChengGF.Synthesisof
an
BizSesnanosheets
Growth
by
bromide-assisted
hydrothermalprocess[J].JPhys
heatingusing
ionic
liquid[J].CrystDes,
2004,108(13):3955—3958.
HydrothermaiSynthesisofMicro/nanoZnOwithControllableMorphology
JIANG
byAddingAmmonium—BasedIonicLiquids
Yong,WANGYin-jue,WANGChao,ZHANGWen-li,ZHAOChen-xuan,NI
Liang
(SchoolofChemistryandChemicalEngineering,JiangsuUniversity,Zhenjiang212013,China)Abstract:Zincoxidemicro/nanomaterials
thermalreactionusingzinc
acetate
withdifferentmorphologieshavebeensynthesizedbyhydro—
as
dihydrateandsodiumhydroxidesolvent.Theproducts
are
rawmaterialsandthemixtureofammoni—
um—basedionicliquidsandwater
as
characterizedbyX—raydiffraction(XRD)。scan—
ningelectronmicrocopy(SEM),andUV—Visspectroscopy.Theeffectsofreactiontime。kindandamountofi—onicliquid
on
themorphologyandopticalpropertiesofzincoxidemicro/nanomaterials
an
are
investigated.The
resultsshowthattheammonium—basedionicliquidmayplayzincoxidemicro/nanoflower-like
structure
importantroleincontrollingthemorphologyof
materials.When
thereisstraight—chainandbranched—chainionicliquids,therod—likeand
can
zincoxidemicro/nanomaterialsbeobtained,respectively.Based
on
theexperimental
facts,theinformationmechanismaboutcontrollingzincoxidemicro/nanomaterialsmorphologybyaddingam—monium—basedionicliquidwasproposedpreliminarily.
Keywords:ammonium—basedionicliquid;zincoxide;nanomaterial;hydrothermalreaction
上海开发无害化垃圾处理新技术
“吃”进的是城市生活垃圾,“吐”出的是油、气、碳三种形态的再生能源,整个过程不释放污染物质。这是国内首座全新的生活垃圾无害化处理厂的特点,最近新工厂在上海金山.y-业区内建成投产。
金山垃圾处理厂由上海弘和环保科技有限公司投资建设,采用该公司自主开发的生活垃圾低温无氧裂解转化综合技术。一期工程日处理生活垃圾100t。垃圾不用事先分类,在一定的温度、压力冬件下,进行持续化的“化学反应”,数小时后,即从不同出口产出“油、气、碳”。
(摘编)
猜你喜欢