Limit of Detection:
[1] W.Wahl; The Limit of Detection Concept; published by ISuS: Report no. LLD_88 (1988)
Nuclide-Tables:
[2] W.Wahl; First α-, β-, γ- and x-ray Radionuclide Table Prepared for Applications in Spectrometry and Radiation Protection; (Problemorientierte α-, β-, γ-Radionuklid Tabelle präpariert für die Spektrometrie und den Strahlenschutz) published in "Strahlenschutz Praxis" Fachverband für Strahlenschutz, 3. Jahrgang (1996), Heft 3/96, Seite 87-88, Germany;
Photon Spectrometry with Germanium Detectors:
[3] W.Wahl; Developments in Semiconductor Detectors for Photons; presented at ERPET, European Radiation Protection Education and Training, Bad Honnef, Germany (24 - 28 April 1995); published by ISuS: Report no. HPGE_95
[4] W.Wahl, K.König; The Germanium Crystal Dimensions and the Influence on the Observed Peak-to-Background Distributions; a paper presented at Workshop for "Methods and Application of Low-Level Radioactivity Measurements, LOWRAD 96, Rossendorf/Desden Nov. 7 and 8 1996, Forschungzentrum Rossendorf, Germany; Editor: J. Fietz, FZR-170, March 1997
Alpha Spectrometry with silicon detectors:
[5] W.Wahl; Grundlagen zum Nachweis Alpha-Emittierender Nuklide durch Halbleiter-detektoren; Presented at 9. Radiometrisches Seminar Theuern, Uni-Regensburg (1992), pub-lished by ISUS: Report no. ALPHA_92
Beta Spectrometry with scintillation and semiconductor detectors:
[6] W.Wahl; System for Direct Measurements of Beta-Particle; published by ISUS: Report no. Beta_96 (1996)
[7] W.Ehm, W.Wahl, et al; Erläuterungen zur theoretischen Form von Beta-Spektren am Beispiel von Sr-90 und Y-90; ZInst.San.Bw.MCH, 1995
[8] H.Englisch, W.Wahl, et al; Bestimmung von Sr-90 in Lebensmittel, Mitteilung 1 & 2, ZInst.San.Bw.MCH, 1996
Coincidence/Anti-Coincidence Technology:
[9] W.Wahl; HPGe - NaI(Tl) Anti-Coincidence/Coincidence Detection Systems; published by ISuS: Report no. AC_94, (1996)
[10] W.Wahl, D.Degering, C.Lierse and X.Lin; Enhancement of Compton Suppression Ra-tios in Anti-Compton Techniques: The Garching and Karlsruhe Photon Spectrometers; Nucl. Instr. and Meth. A 369 (1996) 627-633
[11] X.Lin, Ch.Lierse, W.Wahl; An Innovative Compton Suppression Spectrometer and its Capability of Evaluation in Multi-Elemental Neutron Activation Analysis; J. of Radioanalytic Nucl.Chem. 215, 169-178 (1997)
Radon:
[12] D. Matthies, P.Rydval, R.Federl, W.Wahl, H.Löfler; Radon, a new Analytical Approach for In Situ Measurements of the Gas Permeability of Soils; Forstw.Cbl. 113 (1994), 113-124
[13] W. Wahl, T. Haninger, D. Kucheida P. Roth, H.G. Paretzke.. Study of long-term radon progeny in humans for retrospective evaluation of radon exposure. Journal of Radioanalytical and Nuclear Chemistry, Vol. 243, No.2, 447-450 (2000)
Incorporation of Radionuclides:
[14] W.Wahl; Datenverwaltung und Datenauswertung für die Inkorporationsüberwachung (Program for Managing and Analysing Incorporation Monitoring Data); published in "Strahlenschutz Praxis" Fachverband für Strahlenschutz, 3. Jahrgang (1996), Heft 3/96, Seite 87-88, Germany
[15] W.Rühm, K.König, I.Malatova, H.Dörfel, P.Sahre, R.Schütz, W.Wahl; Intercomparision exercise for the determination of Am-241 in the human sceleton. Radiat. Prot. Dosim., 79(1-4), pp517-521 (1998)
Incorporation Monitors (WBC) for γ-Radiation:
[16] Wahl W.; In Vivo Meßsysteme ausgelegt als WBC: Gesamtkonzepte; published by ISuS and EG&G: Report no. IMS_94; (1994)
[17] Wahl W.; In Vivo Measurement Systems for Incorporated Radionuclides, published by ISuS and EG&G: Report no. IMS_95; (1995)
[18] W.Wahl et al; A New Basic Approach to the Design of High-Sensitive, Non-Invasive In Vivo Monitors for Radionuclide Measurements on the Human Body, paper presented at "In-ternational Symposium on In Vivo Body Composition Studies", Malmö, Sep. 18-20, (1996)
[19] W.Wahl, g-Spektrometrie inkorporierter Radionuklide mit HPGe Detektoren: Kriterien, Relationen & Verbesserungen für in vivo Systeme; "Hochauflösende g-Spektrometrie an Ganz- und Teilkörperzähler", 5. bis 6. Dezember 1996, Stolpen; published by: FZR Rossen-dorf/Dresden, Editor. P.Sahre, VKTA-47, Dezember 1997.
[20] W.Wahl, E.Pantosar, H.Speizer, P.Kindl; In Vivo Monitor for Body Activity Measure-ments Applicable to Workers, Patients and Children Using a Passive and Active Shield-ing/Detection Concept; to be published by Health Physics (2003)
[21] W. Wahl, P. Roth; Incorporation Monitors to Quantify the Internal Radiation Exposure at Human Body. Radioaktivität in Mensch und Umwelt, FS, Köln: Verlag TÜV Rheinland, 309-314 (1998)
Incorporation Monitors (WBC) for β-Radiation and Bremsstrahlung:
[22] W.Wahl; Inkorporationmonitor zur simultanen Erfassung der b-, g- und Bremsstrahlung: Der Sr-90 In Vivo Zähler; BfS-ISH Berichte: Erste Deutsche Aktivitäten zur Validierung der radiologischen Lage im Südural, W. Burkart (Ed.), BfS-ISH-166/94 (1994)
[23] W.Wahl, et al, Combined Beta/Gamma-Radiation and Bremsstrahlung Monitor for Measurements of Incorporated Radionuclides: The Sr-90 In Vivo Counter; Nucl. Instr. and Meth. A 369 (1996) 693-697