Literaturliste Mikrowellen- aufschluß - Cem

metal oxides (Fe, Cu,
Zn, Co)
water samples The development of continuous flow Kim, Youn Doo; Lee, Gae Ho; Kim,
method through microwave oven for Hyung Seung; Kim, Dong Soo; Park,
the analysis of metal oxides in water byKwang
Kyu
ICP-AES
J. Korean Chem. Soc. (1994), 38(8), 576-84
(Korean)
As, Cd, Pb tuna, salmon, shrimp, walleye, Microwave digestion for the
Sheppard, Brenda S.; Heitkemper, Analyst (Cambridge, U. K.) (1994), 119(8), 1683-6
clams, oysters, lobster
determination of arsenic, cadmium and Douglas T.; Gaston, Cynthia M.
lead in seafood products by inductively
coupled plasma atomic emission and
mass spectrometry
(English)
Se mussels Orthogonal array design as a Lan, Wei Guang; Wong, Ming Keong; Analyst (Cambridge, U. K.) (1994), 119(8), 1669-75
chemometric method for the
optimization of analytical procedures.
Part 2. Four-level design and its
application in microwave dissolution of
biological samples
Chen, Ni; Sin, Yoke Min
(English)
Se mussels Orthogonal array design as a Lan, Wei Guang; Wong, Ming Keong; Analyst (Cambridge, U. K.) (1994), 119(8), 1659-67
chemometric method for the
optimization of analytical procedures.
Part 1. Two-level design and its
application in microwave dissolution of
biological samples
Chen, Ni; Sin, Yoke Min
(English)
arsenate, arsenite, alga Bioaccumulation and excretion of Cullen, William R.; Harrison, Lionel G.; Li Appl. Organomet. Chem. (1994), 8(4), 313-24
monomethylarsonate,
arsenic compounds by a marine Hao; Hewitt, Gary
(English)
dimethylarsinic acid
unicellular alga, Polyphysa peniculus
plant, tissue Moderated pressure microwave
digestion system for preparation of
biological samples
Al 13 different types of bread,
30 types of fish
Se, B plant tissue
Closed-vessel microwave acid
digestion of foodstuffs and trace
aluminum determination by graphite
furnace atomic absorption
spectrometry
Focused microwaves in analytical
chemistry. Applications
Heltai, Gyorgy; Percsich, Kalman Talanta (1994), 41(7), 1067-72
(English)
Yang, Qing; Penninckx, Wim; Smeyers-
Verbeke, Johanna
J. Agric. Food Chem. (1994), 42(9), 1948-53
(English)
Hita, Luis Tec. Lab. (1993), 15(186), 706-11
(Spanish)
B plant material, wheat, milk, meat, Boron analysis in biological material: Evans, Susan; Kraehenbuehl, Urs Fresenius' J. Anal. Chem. (1994), 349(6), 454-9
blood plasma
microwave digestion procedure and
determination by different methods
(English)
Al, Si, Fe biol. materials: NIST 1547, The use of modified microwave Fridlund, S.; Littlefield, S.; Rivers, J. Commun. Soil Sci. Plant Anal. (1994), 25(7-8), 933-41
UCD 155, UCD 176, UCD 124, digestion /dissolution for the
(English)
UCD 190
quantitative determination of aluminum
silicon, and iron in biological materials
by inductively coupled plasma
spectrometry
biol. samples including milk, Flow-through, microwave-heated Stewart, Laura J. Martines; Barnes, Analyst (Cambridge, U. K.) (1994), 119(5), 1003-10
whole blood, urine
digestion chamber for automated
sample preparation prior to inductively
coupled plasma spectrochemical
analysis
Ramon M.
(English)
Fe, Si, Ca, Cr, Mn, Ti, FeSi alloys
Multielement analysis of some high Hlavackova, I.; Hlavacek, I. J. Anal. At. Spectrom. (1994), 9(3), 251-5
Zr, Al, Cu, Hf, Ni, Ru
silicon content ferroalloys by
inductively coupled plasma atomic
emission spectrometry
(English)
Chemical characterization of air Sun, Benjing (1993) 254 pp. Avail.: Univ. Microfilms Int., Order No.
pollutants in the ambient environment
DA9406305 From: Diss. Abstr. Int. B 1994, 54(9), 4641
and stack emissions using PIXE and
other techniques
(English)
Po plant and animal tissue Recovery of polonium from microwave Towler, P. H.; Smith, J. D. Anal. Chim. Acta (1994), 292(1-2), 209-12
bomb digestions
(English)
Pb, Cd dust samples
Digestion of dust samples in a Feng, Y.; Barratt, R. S.
Sci. Total Environ. (1994), 143(2-3), 157-61
microwave oven
(English)
COD waste water
Determining the chemical oxygen Dong, Qinglin; Tian, Hongjun
Huanjing Baohu (Beijing) (1992), (11), 35-6
demand by using microwave digestion
(Chinese)
sugar soil samples
Rapid determination of total content of Gao, Qi; Fan, Cailing; Wei, Jianhe Fenxi Huaxue (1994), 22(4), 418
sugar in soil samples using microwaveheating
digestion
(Chinese)
Ru serum, tumor tissues, liver, kidneyFlameless
atomic absorption Formento, M. L.; Spadacini, S.; Analusis (1994), 22(3), 158-60
spectrometry after acid microwave
digestion : a precise and sensitive
method for the determination of
ruthenium in biological samples
Ceserani, R.
(English)
aesenite, arsenate,
Speciation of arsenic compounds by Le, Xiao Chun; Cullen, William R.; Talanta (1994), 41(4), 495-502
monomethylarsonic
HPLC with hydride generation atomic Reimer, Kenneth J.
(English)
acid,
absorption spectrometry and
dimethylarsinic acid
inductively coupled plasma mass
spectrometry detection
BaAl2O4, CoO,
Inorganic Microwave Digestions Zehr, Bradley D.; VanKuren, Judith P.; Anal. Chem. (1994), 66(13), 2194-6
MoO2, MoO3, ThO2,
WO2, W2O5, W4O11,
WO3 Incorporating Bases
McMahon, Hugh M.
(English)
Ca, Mg, K, P, Na, plant sample
Comparison of microwave digestion , Matejovic, Igor; Durackova, Anna Commun. Soil Sci. Plant Anal. (1994), 25(9-10), 1277-88
Fe, Zn, Cu, Mn
wet and dry mineralization, and
solubilization of plant sample for
determination of calcium, magnesium,
potassium, phosphorus, sodium, iron,
zinc, copper, and manganese
(English)
environmental samples
Br- samples for a total diet
Comparison of microwave digestion Banuelos, G. S.; Akohoue, S. Commun. Soil Sci. Plant Anal. (1994), 25(9-10), 1655-70
with block digestion for selenium and
boron analysis in plant tissues
(English)
Pretreatment methods of Huang, Junxiong Huanjing Huaxue (1994), 13(2), 181-93
environmental samples: current status
and progress. Part (2)
(Chinese)
Determination of Bromide Ions in Food Miyahara, Makoto; Saito, Yukio J. Agric. Food Chem. (1994), 42(5), 1126-31
by Unsuppressed Ion Chromatography
with Ultraviolet Detection after
Microwave Digestion in a Sealed
PTFE Vessel
(English)
Microwave decomposition of minerals Labrek, Dzh. M. Probopodgot. v Mikrovoln. Pechakh: Teoriya i Prakt., M.
under pressure, controlled manually (1991) 269-305 From: Ref. Zh., Khim. 1991, Abstr. No. 24G22
and with robots (Russian)
Literatur-MW-Aufschluß 145