Literaturliste Mikrowellen- aufschluß - Cem
Literaturliste Mikrowellen- aufschluß - Cem
Literaturliste Mikrowellen- aufschluß - Cem
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RCC, As, Ba, Cd,<br />
Cu, Fe, K, Mg, Mn,<br />
Na, P, Pb, Sr, Zn<br />
milk, total parenteral nutrition,<br />
tissues, urine<br />
+<br />
solid cryst. NH4 paratungstate<br />
+<br />
and NH4 metatungstate<br />
Decomposition of biological samples Krushevska, Antoaneta; Barnes, Ramon Analyst (Cambridge, U. K.) (1993), 118(9), 1175-81<br />
for inductively coupled plasma atomic M.; Amarasiriwaradena, Chitra (English)<br />
emission spectrometry using an open<br />
focused microwave digestion system<br />
Microwave decomposition of solid<br />
crystalline ammonium paratungstate<br />
and ammonium metatungstate<br />
Pfeifer, J.; Badaljan, E. G.; Tekula-<br />
Buxbaum, P.; Vadasdi, K.<br />
Pb wine, vine products Comparison of two digestion methods Teissedre, P. L.; Cabanis, M. T.;<br />
for the determination of lead by<br />
electrothermal atomic absorption<br />
spectrometry. Application to soils, vineleaves,<br />
grapes, musts, rapes and lees<br />
samples<br />
Cabanis, J. C.<br />
J. Solid State Chem. (1993), 105(2), 588-94<br />
(English)<br />
Analusis (1993), 21(5), 249-54<br />
(French)<br />
Al dried spinach and flour Influence of digestion methods on the Schelenz, R.; Zeiller, E. Fresenius' J. Anal. Chem. (1993), 345(1), 68-71<br />
determination of total aluminum in food<br />
samples by ICP-ES<br />
(English)<br />
cation content foods Analysis of cationic nutrients from Morawski, John; Alden, Peter; Sims, Art J. Chromatogr. (1993), 640(1-2), 359-64<br />
foods by ion chromatography<br />
(English)<br />
Ni biol. samples, human urine Determination of nickel in biological Vereda Alonso, E.; Carcia de Torres, A.; J. Anal. At. Spectrom. (1993), 8(6), 843-6<br />
samples by inductively coupled plasma Cano Pavon, J. M.<br />
atomic emission spectrometry after<br />
extraction with 1,5-bis[phenyl-(2pyridyl)methylene]thiocarbonohydrazide<br />
(English)<br />
trace element ceramic powders (Al 2O3, AlN,<br />
BN, Si 3N4)<br />
High-pressure microwave dissolution Matusiewicz, Henryk Mikrochim. Acta (1993), 111(1-3), 71-82<br />
of ceramics prior to trace metal<br />
(English)<br />
determinations by microwave induced<br />
plasma atomic emission spectrometry<br />
Pb, Cd, Cu, Ni, Co blood, urine, milk powder, tissues Destruction of organic materials by Schramel, P.; Hasse, S. Fresenius' J. Anal. Chem. (1993), 346(6-9), 794-9<br />
pressurized microwave digestion<br />
(English)<br />
U soil matrixes Remote acid gas-phase dissolution for D'Silva, Arthur P.; Bajic, Stanley J.; Anal. Chem. (1993), 65(21), 3174-5<br />
the determination of uranium in soil<br />
matrixes<br />
Zamzow, Dan<br />
(English)<br />
Chemical syntheses by means of Gasgnier, M.; Albert, L.; Derouet, J.; J. Alloys Compd. (1993), 198(1-2), 73-83<br />
microwave digestion as a focused Beaury, L.; Loupy, A.; Petit, A.; (English)<br />
open-vessel system: structural Jacquault, P.<br />
Al, As, Be, Ca, Cu, surface waters<br />
properties of oxides and hydroxides as<br />
powders<br />
A study of the microwave treatment of Paukert, Tomas; Sirotek, Zdenek Chem. Geol. (1993), 107(1-2), 133-44<br />
Cd, Fe, K, Li, Mg,<br />
water samples from the Elbe River,<br />
(English)<br />
Mn, Na, Pb, Si, Sr, Zn<br />
Bohemia, Czech Republic<br />
P, Ca, Mg, K, S plants (algae, seagrasses, Wet digestion of vegetable tissue usingMateo,<br />
Miguel-Angel; Sabate, Santiago Anal. Chim. Acta (1993), 279(2), 273-9<br />
freshwater plants, terrestrial<br />
plants)<br />
plant parts (leaves, wood,<br />
rhizomes, roots, bark)<br />
a domestic microwave oven<br />
(English)<br />
total metal content clin. and. biol. materials Analytical quantification and Tahan, Jorge E.; Romero, Romer A. Libro Mem. - Encuentro Nac. Electroquim., 5th (1992), 99-109.<br />
electrochemical techniques<br />
Editor(s): Perez de Marquez, Olga; Larez Velasquez,<br />
Cristobal; Fleitas, Alejandro. Publisher: Soc. Venez.<br />
Electroquim., Caracas, Venez.<br />
(Spanish)<br />
Pb paints, paint scrapings, Determination of elements in paints Paudyn, Anna M.; Smith, Roy G. Fresenius' J. Anal. Chem. (1993), 345(11), 695-700<br />
NIST SRM 1579<br />
and paint scrapings by inductively<br />
coupled plasma atomic emission<br />
spectrometry using microwave<br />
assisted digestion<br />
(English)<br />
tryptophan food (e.g. milk powder, meat, Digestion of proteins in food by using Carisano, A. Ind. Aliment. (Pinerolo, Italy) (1993), 32(314), 346-8<br />
fish)<br />
a microwave oven. II. Determination of<br />
tryptophan<br />
(Italian)<br />
FeCrSi, FeMnSi, FeTiSiAl, FeTi, Microwave digestion of metallic Hlavackova, Irena Chem. Listy (1993), 87(3), 210-14<br />
Ti,CoCrW-steel; FeCr and AlSi<br />
alloys<br />
materials (Czech)<br />
Liquid nitrogen cooling in microwave Reid, Helen J.; Greenfield, Stanley; Analyst (Cambridge, U. K.) (1993), 118(4), 443-5<br />
digestion Edmonds, Tony E. (English)<br />
Flow-injection apparatus and method Beecher, Gary R.; Kemper, David L.; U.S., 25 pp.<br />
for analysis with microwave digestion Jordan, John E.<br />
(English)<br />
As, Cd, Co, Cr, Cu, fluvial and marine slimes and peatSample preparation for ICP AAS Palacios, Elena Tec. Lab. (1993), 15(178), 18-21<br />
Fe, Hg, Mn, Ni, Pb,<br />
Se, Zn<br />
(Spanish)<br />
biol. ref. materials, liver, coal, Development and application of a Pougnet, M. A. Bruno; Schnautz, NormanS.<br />
Afr. J. Chem. (1992), 45(4), 86-9<br />
limestone, iron ores<br />
microwave digestion pressure vessel G.; Walker, Alta M.<br />
(English)<br />
trace elements TiO2 Robotic system for microwave Norris, John; Preston, Brian; Ross, Lynn Anal. Proc. (1993), 30(3), 164<br />
dissolution of titanium(IV) oxide<br />
(English)<br />
As (III), As (V), seafood (crab, shrimp, salmon) Determination of urinary arsenic and Le, Xiao Chun; Cullen, William R.; Talanta (1993), 40(2), 185-93<br />
monomethylarsonic<br />
acid,<br />
dimethylarsinic acid<br />
impact of dietary arsenic intake Reimer, Kenneth J. (English)<br />
B human plasma, NIST-SRM 1572 Microwave digestion preparation and Ferrando, Arny A.; Green, Nancy R.; Biol. Trace Elem. Res. (1993), 37(1), 17-25<br />
and 1567a<br />
ICP determination of boron in human Barnes, Karen W.; Woodward, Betsy<br />
plasma<br />
(English)<br />
Fe, Co wine<br />
Sequential fluorescent determination ofFang, Guozhen; Zhang, Li Fenxi Huaxue (1993), 21(2), 170-3<br />
iron and cobalt in wine with 2,6,7trihydroxy-9-styryl-3-fluorone<br />
and<br />
surfactant by microwave digestion<br />
without separation<br />
(Chinese)<br />
metals soils Microwave digestion procedures for Reynolds, C. M. Eng. Aspects Met.-Waste Manage. (1992), 49-61. Editor(s):<br />
characterizing metal contaminated<br />
Iskandar, Iskandar K.; Selim, H. Magdi. Publisher: Lewis, Boca<br />
soils: applications, limitations, and Raton, Fla.<br />
projected capabilities (English)<br />
3-<br />
total PO4 wastewater Determination of total phosphate in Williams, Kathleen E.; Haswell, Stephen Analyst (Cambridge, U. K.) (1993), 118(3), 245-8<br />
waste waters by on-line microwave<br />
digestion incorporating colorimetric<br />
detection<br />
J.; Barclay, David A.; Preston, Gaynor (English)<br />
A new solvent-free procedure using Loupy, Andre; Pigeon, Philippe; J. Chem. Res., Synop. (1993), (1), 36-7<br />
microwave technology as an<br />
alternative to the Krapcho reaction<br />
Ramdani, Mohamed; Jacquault, Patrick (English)<br />
Hg river water, soil samples An atomic fluorescence-based method Swift, R. Paul; Campbell, Jesse E. Spectroscopy (Eugene, Oreg.) (1993), 8(2), 38, 40-4, 46-7<br />
for ultratrace mercury detection in<br />
environmental samples<br />
(English)<br />
Literatur-MW-Aufschluß 147