X-ray emission analysis of human plasma by proton excitation of thick samples in air
W Huda; D K Bewley
German National Library of Science and Technology (GetInfo) (German)
UV/Ozone Ashing Technology for TFT Process
Kojima, K.; Saito, S.; Kataoka, Y. et al.
Thick-target PIGE analysis of plant materials preconcentrated by dry ashing
Saarela, K. E.; Harju, L.; Lill, J. O. et al.
The Use of Microwave Muffle Furnace for Dry Ashing Plant Tissues Samples
Zhang, H.; Dotson, P.; Soil and Plant Analysis Council
Surface Reactions and Irradiation-Damages of Thin Film Transistor Resist Ashing Process in Atmospheric Plasma
Sato, T.; Ueno, A.; Yara, T. et al.
Study on the Structural Changes of Low-k Material during Ashing and Stripping
Cho, S.-I.; Chi, K.-K.; Kang, C.-J. et al.
Study of Ashing Technology for 90 nm and below Low-k/Cu Damascene Interconnect
Nambu, H.; Nishizawa, A.; Soda, E. et al.
Spectrophotometric determination of urinary iodine by the Sandell-Kolthoff reaction subsequent to dry alkaline ashing. Results from the Czech Republic in the period 1994–2002
Zamrazil, Václav; Bílek, Radovan; Bednář, Jiří
Slurry-Electrothermal Atomic Absorption Spectrometric Methods for the Determination of Copper, Lead, Zinc, Iron and Chromium in Sweets and Chewing Gum After Partial Dry Ashing
Vi�as, P.; Campillo, N.; Lopez Garcia, I. et al.
Simultaneous ion chromatographic determination of transition metal ions in liquid samples in combination with dry ashing sample pretreatment
Van Paemel, M.; De Rycke, H.; Hesta, M. et al.
Removal of Residues During Photoresist Ashing of Low kappa Dual Damascene Structures
Kropewnicki, T.; Dahimene, M.; Pender, J. et al.
Relation between Al Corrosion and Residual Halogen -Comparison of O~2+H~2O and O~2+H~2O+CF~4 Ashing-
Otsuka, K.; Kojiri, H.; Aoyama, M. et al.
Recovery of technetium adsorbed on charcoal
Ballou, N. E.; Engelmann, M. D.; Metz, L. A.
Preconcentration of trace elements in biological materials by dry ashing for TTPIXE analysis. A study of matrix effects
Saarela, K.-E.; Lill, J.-O.; Hernberg, F. J. et al.
Plasma Damages on Low-k Films in Etching and Photoresist Ashing
Takashima, S.; Uchida, S.; Ohshima, K. et al.
Phytolith taphonomy: a comparison of dry ashing and acid extraction on the breakdown of conjoined phytoliths formed in Triticum durum
Phosphatidylcholine assay by phosphate determination after dry ashing
Adeyemi, A.; Garner, S. C.; Zeisel, S. H.
P1-47 Atmospheric Pressure Plasma Ashing for Display Manufacturing
Yi, C.H.; Kim, T.W.; Kim, K.H. et al.
P1-33 Mechanism of Ashing Damage in UV-Cured Ultralow-k Film
Fujiwara, Y.; Hashii, S.; Yonekura, K. et al.
Optimization of Etching and Ashing Process for Damascene Formation using Porous MSQ Film
Kubota, K.; Asako, R.; Tahara, S. et al.
On chromium direct ETAAS determination in serum and urine
Karadjova, Irina; Arpadjan, Sonja; Todorovska, Nadica et al.
Novel single-wafer, single-chamber combined dry and wet system for stripping and in-situ cleaning of high-dose ion-implanted photoresists
Kim, Y. J.; Yoon, C.R.; Roh, E.S. et al.
Nano Platinum-Catalyzed Dry Ashing of Flour Samples for the Determination of Trace Metals by Inductively Coupled Plasma Optical Emission Spectrometry
Sahayam, A.C.; Venkateswarly, G.; Chaurasia, S.C.
Mineral content of calcified tissues in cystic fibrosis mice
Clarke, Lane; Spencer, Paulette; Hillman, Laura et al.
Mechanism of Cu Oxidation in Ashing Process
Kojima, A.; Sakai, T.; Ohiwa, T. et al.
Mechanism of Ashing Damage in UV-Cured Ultralow-k Film
Low Damage Ashing for CVD-SiOC Film by using H~2O Plasma
Yamanaka, M.; Yuasa, H.; Otsuka, T. et al.
Losses of elements in plant samples under the dry ashing process
Koh, S.; Aoki, T.; Katayama, Y. et al.
Investigation of Ashing Damage to Ultra-low-k Dielectric Material
Yonekura, K.; Sakamori, S.; Goto, K. et al.
Integration of Low k IMD(Inter Metal Dielectrics) Using SACVD(Sub Atmospheric CVD) and It's Evaluation for Dry Etching and in-situ Ashing in MERIE(Magnetic Enhanced Reactive Ion Etcher)
Kim, Y. S.; Nguyen, H.; Dahimene, M. et al.
Influence of Dry Ashing and Wet Treatments on NVM Metal Gate Structures
Elbaz, A.C.; Bellandi, E.; De Marco, C. et al.
Increased sensitivity in thick-target particle induced X-ray emission analyses using dry ashing for preconcentration
Lill, J.-O.; Harju, L.; Saarela, K.-E. et al.
Improvement of X-ray fluorescence sensitivity by dry ashing method for elemental analysis of bee honey
Khuder, A.; Ahmad, M.; Hasan, R. et al.
Fractionation of Aluminum in Soil and Relation to Its Concentration in Fruits
Yaman, Mehmet; Akdeniz, Ismail
Fingernail Fluoride: A Method for Monitoring Fluoride Exposure
von der Fehr, F.R.; Whitford, G.M.; Arneberg, P. et al.
Evaluation of Dry Ashing in Conjunction with Ion Chromatographic Determination of Transition Metal Ions in Pig Feed Samples
Van paemel, M. R.; De Rycke, H.; Millet, S. et al.
Dry-ashing Preconcentration for Micro-reactor-based Neutron Activation Analysis of Food and Plant Samples
Lalor, G. C.; Onianwa, P. C.; Vutchkov, M. K.
Dry ashing process evaluation for porous ULK films
Louveau, O.; Bourlot, C.; Marfoure, A. et al.
Dry ashing of organic rich matrices with palladium for the determination of arsenic using inductively coupled plasma-mass spectrometry
Sahayam, A. C.; Chaurasia, S. C.; Venkateswarlu, G.
Dry Etching of Cr~2O~3/Cr Stacked Film during Resist Ashing by Oxygen Plasma
Tonotani, J.; Ohmi, S.-i.; Iwai, H.
Dry Ashing, Sources of Error, and Performance Evaluation in AAS
Jorhem, L.; Commission of the European Communities
Dry Ashing or Wet Digestion? A Comparative Study for Estimation of Zinc and Calcium in Freshwater Fish Samples by Atomic Absorption Spectrometry
Ansari, T. M.; Mahboob, S.; Hanif, T. et al.
Determination of rare earth elements in human hair and wheat flour reference materials by inductively coupled plasma mass spectrometry with dry ashing and microwave digestion
Ming, Y.; Bing, L.
Determination of iron and molybdenum in a dietetic preparation by flame AAS after dry ashing
Canfranc, E.; Abarca, A.; Sierra, I. et al.
Determination of copper and iron in must: Comparison of wet and dry ashing
Puig-Deu, M.; Lamuela-Raventos, R. M.; Buxaderas, S. et al.
Determination of Total Phosphorus in Foods by Colorimetric Measurement of Phosphorus as Molybdenum Blue after Dry-Ashing: NMKL Interlaboratory Study
Pulliainen, T. K.; Wallin, H. C.
Determination of Si, Al and Other in Biological Samples by ICP-AES with Fusion with LiBO~2 after Dry Ashing
Determination of Pb, Cd and Cu in Mineland Plants -Using Acid Digestion and Dry Ashing Pretreatment
Tang, W.-j.; Li, M.-s.; Zhong, W.-z.
Determination of Metals in Foodstuffs by Atomic Absorption Spectrophotometry after Dry Ashing: NMKL Interlaboratory Study of Lead, Cadmium, Zinc, Copper, Iron, Chromium, and Nickel
Determination of Metals in Foods by Atomic Absorption Spectrometry after Dry Ashing: NMKL Collaborative Study
Determination of Cu,Pb and Cd in Fish Meat by Atomic Absorption-Comparison between Sample Preparation Methods of Dry Ashing and Wet Digestion
Determination of As in Foods by Dry Ashing, Tandem On-Line Continuous Separation, and ICP-OES Analysis
Cervera, M. L.; Montoro, R.; Sanchez Uria, J. E. et al.
Determination of Arsenic in Orange Juice by Dry Ashing Hydride Generation Atomic Absorption Spectrometry
Cervera, M. L.; Lopez, J. C.; Montoro, R.
Determination of Aluminium in Serum by Dry Ashing - CAS Spectrophotometry
Lian, G.-j.; Xue, Z.-x.; Li, B.-q.
DRY ASHING Process and environmental benefits with solvent-free manufacturing
Bersin, R.; Horn, A.; Xu, H. et al.
Cross contamination of lead and cadmium during dry ashing of food samples
Fecher, P.; Ruhnke, G.
Fecher, P.; Ruhnke, G.; German Chemical Society
Correlation between soil characteristics and lead and cadmium content in the aboveground biomass of Virginia tobacco
Dospatliev, Lilko; Zaprjanova, Penka; Ivanov, Krasimir et al.
Control of oxidation on NiSix during etching and ashing processes
Sakamori, S.; Yonekura, K.; Fujiwara, N. et al.
Control of Oxidation on NiSix during Etching and Ashing Process
Sakamori, S.; Yonekura, K.; Fujiwara, N. et al.
Concentration of elements in woody and herbaceous biomass as a function of the dry ashing temperature
Llorente, M. J.; Garcia, J. E.
Comparison of Dry, Wet, and Microwave Ashing Methods for the Determination of Al, Zn, and Fe in Yogurt Samples by Atomic Absorption Spectrometry
Yaman, M.; Durak, M.; Bakirdere, S.
Comparison Between Analytical Results of Plant Sap Analysis and the Dry Ashing Method for Tomato Plants Cultured Hydroponically
He, Y.; Terabayashi, S.; Narniki, T.
Combination of classical dry ashing with stripping voltammetry in trace element analysis of biological materials: review of literature published after 1978
Mader, P.; Szakova, J.; Curdova, E.
Classical dry ashing of biological and agricultural materials. Part II. Losses of analytes due to their retention in an insoluble residue
Mader, P.; Szakova, J.; Miholova, D.
Classical dry ashing of biological and agricultural materials Part I. Following the course of removal of organic matrix
Mader, P.; Haber, V.; Zelinka, J.
Characterization of Damage from Dry Ashing and Residue Removal
Characterization of CF~4 Plasma Induced Damage During Dry Ashing and Residue Removal Process
Wang, L. S.; Wei, P. C.; Chang, T. S. et al.
Cadmium losses on wet and dry ashing of plant materials
Kucera, J.; Soukal, L.
Kucera, J.; Soukal, L.; J M Marci Spectroscopic Society et al.
Kucera, J.; Soukal, L.; American Nuclear Society
Atmospheric Pressure Plasma Ashing for Display Manufacturing
Yi, C.H.; Kim, T.W.; Kim, K.-H. et al.
Arsenic content of Spanish cows' milk determined by dry ashing hydride generation atomic absorption spectrometry
Arsenic Determination in Certifiable Color Additives by Dry Ashing Followed by Hydride Generation Atomic Absorption Spectrometry
Hepp, N. M.
Analysis of trace elements in trunk wood by thick-target PIXE using dry ashing for preconcentration
Harju, L.; Lill, J.-O.; Saarela, K.-E. et al.
Analysis of macro elements and zinc in biological matrices compared with dry and wet ashing as well as flame AAS and ICP AES
Brandt, K.; Rimbach, G.; Pallauf, J.
Adaptation of a Dry Ashing Procedure for Determination of Selenium by Fluorimetry in High-Fat Foods
Bellanger, J. R.
AAS Determination of Lead in Foodstuffs - A Comparison Between the Sample-Digestion by Dry-ashing Method and by Microwave Heating in Open Vessel
Hao, L.-p.; Zhan, M.; Zheng, R.
A sensitive and convenient assay for boron in plant using chromotropic acid and HPLC
Akaike, Ryo; Kobayashi, Masaru; Matoh, Toru
A comparative evaluation of wet digestion and dry ashing methods for the determination of some major and minor nutrients in composted manure
Eneji, A. E.; Yamamoto, S.; Wen, G. et al.
A Comparative Analysis of Wet and Dry Ashing Techniques for the Extraction of Phytoliths from Plant Material
Parr, J. F.; Lentfer, C. J.; Boyd, W. E.
8-02 Surface Reactions and Irradiation-Damages of Thin Film Transistor Resist Ashing Process in Atmospheric Plasma
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