Reference Library - Statistics
The links below to references in the literature which include analytical aspects of philately. These may be very important because the name of books and papers are often not indicative of details of their contents.
Author | Title | Source |
---|---|---|
Aceto, Maurizio, Angelo Agostino, Gaia Fenoglio, Monica Gulmini, Valentina Bianco, Eleonora Pellizzi | Non invasive analysis of miniature paintings: Proposal for an analytical protocol | Spectrochimica Acta Part A 91 (2012) pp. 352- 359 |
Billa, E., E. Koutsoula, E.G. Koukios | Fluorescence analysis of paper pulps | Bioresource Technology 67 (1999) pp. 25-33 |
Bower, Nathan W., Conor J.K. Blanchet and Michael S. Epstein | Nondestructive Determination of the Age of 20th-Century Oil-Binder Ink Prints Using Attenuated Total Reflection Fourier Transform Infrared Spectroscopy (ATR FT-IR): A Case Study with Postage Stamps from the Lodz Ghetto | Applied Spectroscopy 2016, Vol. 70(1) pp 162-173 |
Castro, Kepa, Benito Abalos, Irantzu Martinez-Arkarazo,Nestor Etxebarria and Juan Manuel Madariaga | Scientific examination of classic Spanish stamps with colour error, a non-invasive micro-Raman and micro-XRF approach: The King Alfonso XIII (1889-1901 ''Pelon'') 15 cents definitive issue | Journal of Cultural Heritage 9 (2008) pp.189-195 |
Cibulskis, John M | Resolving the Scanner Dependency in Color Matching | IAP II pp 41-47 |
Cibulskis, John M. | The Colors of the Germany Crown and Eagle Series, Objectifying Their Classification by Color | IAP III |
Cibulskis, John M. | Towards a Stamp-Oriented Color Guide: Objectifying Classification by Color | IAP II pp 31-39 |
Dunn, Kevin | Process Improvement Using Data | https://learnche.org/pid/ pp. 336-383 |
Gates, Charles E. | Prediction of the Number of Existing Copies of Rare Stamps from Auction Records | American Philatelist Jan 1992, pp. 48-49 |
Herendeen, David L | The Parcel Post Stamps of the Ivory Coast (Book) | Herendeen Enterprises, Harbor City, CA (2001) |
Herendeen, David L. and Gary C. White | Statistical Estimates of Rare Stamp Populations | IAP I pp 91-100 |
Imperio, Eleonora, Gabriele Giancane and Ludovico Valli | Spectral Database for Postage Stamps by Means of FT-IR Spectroscopy | Anal. Chem. 2013, 85. pp. 7085-7093 |
Kher, Ashwini, Mary Mulholland, Elinore Green, Brian Reedy | Forensic classification of ballpoint pen inks using high performance liquid chromatography and infrared spectroscopy with principal components analysis and linear discriminant analysis | Vibrational Spectroscopy 40 (2006) pp. 270-277 |
Lin, Y | Computational analysis of perfin design | The Perfins Bulletin 75(1) pp3-8 https://www.linyangchen.com/Computational-perfin-analysis |
Liston, Edward M. | A New Technique for Analyzing the Optical Spectra of Stamp Inks: U.S. 1861 Stamps | IAP II pp 135-136 |
Liston, Edward M. | A New Technique for Analyzing The Optical Spectrum of Stamp Inks: A U.S. 1861 Case Study | Collectors Club Philatelist, Vol. 95(4) 2016. pp. 244-250 |
Lyerla, Timothy A. | The Use of Tonal Histograms for the Study of Stamp Shades | IAP III |
Lyerla, Timothy A. | Scanning for Stamp Shades | American Philatelist July 2014. pp. 666-670 |
Lyerla, Timothy A. | Shade Verifications Using Tonal Histogram Analyses | IAP II pp 87-94 |
McKee, Archie | Paper and Color Varieties of the People's Republic of China 'Workers and Soldiers' Definitive Set of 1955-1961 | IAP II pp 9-19 |
Melendez-Perez, Jose Javier, Deleon Nascimento Correa, Vinicius Veri Hernandes, Damila Rodrigues de Morais, Rodrigo Borges de Oliveira, Wanderley de Souza, Jandyson Machado Santos and Marcos Nogueira Eberlin | Forensic Application of X-ray Fluorescence Spectroscopy for the Discrimination of Authentic and Counterfeit Revenue Stamps | Applied Spectroscopy 2016, Vol. 70(11). pp. 1910-1915 |
Miranda, Teresa MR, Adilson R Goncalves and MT Pessoa Amorim | Ultraviolet-induced crosslinking of poly(vinyl alcohol) evaluated by principal component analysis of FTIR spectra | Polymer International 50 (2001) pp. 1068-1072 |
Mustacich, Robert | Fake Perforations on 19th Century U.S. Revenue Stamps: A Stroke of Luck | The American Revenuer, 2015 68(4). pp. 90-96 |
Mustacich, Robert | Freak or Fake? A New Fingerprinting Method for Distinguishing between Original and Fraudulent Extra Perforation of 19th Century Revenue Stamps | The American Revenuer, 2014 67(1). pp. 2-19 |
Mustacich, Robert | Digital Image Differencing of High Resolution Stamp Images | IAP II pp 57-72 |
Mustacich, Robert | Measurements of Stamp Separation Features by Digital Image Analysis | IAP II pp 73-85 |
Mustacich, Robert V. | A Versatile Comparison of Stamps by High Resolution Image Differencing | IAP III |
Navas, Natalia, Julia Romero-Pastor, Eloisa Manzano, Carolina Cardell | Benefits of applying combined diffuse reflectance FTIR spectroscopy and principal component analysis for the study of blue tempera historical painting | Analytica Chimica Acta 630 (2008) pp. 141-149 |
Rosi, Francesca, Aviva Burnstock, Klaas Jan Van den Berg, Costanza Miliania, Brunetto Giovanni Brunetti, Antonio Sgamellotti | A non-invasive XRF study supported by multivariate statistical analysis and reflectance FTIR to assess the composition of modern painting materials | Spectrochimica Acta Part A 71 (2009) pp. 1655-1662 |
Schwab, Nicolas V., José Augusto Da-Col, Peter Meyer, Maria I. M. S. Bueno and Marcos N. Eberlin | Energy Dispersive X-Ray Fluorescence Profile of Some Brazilian Postage Stamps | J. Braz. Chem. Soc., 27(7) 2016 pp. 1305-1310 |
Smith, Lindsay I | A tutorial on Principal Components Analysis | http://www.cs.otago.ac.nz/cosc453/student_tutorials/principal_components.pdf |
Takalo, Jouni, Jussi Timonen, Jouni Sampo, Maaria Rantala, Samuli Siltanen and Matti Lassas | Using the fibre structure of paper to determine authenticity of the documents: Analysis of transmitted light images of stamps and banknotes | Forensic Science International 244 2014 pp. 252-258 |
Whitbeck, Michael, R. | Second Derivative Infrared Spectroscopy | Applied Spectroscopy, 35(1) 1981 pp. 93-95 |
Wold, Svante, Kim Esbensen and Paul Geladi | Principal Component Analysis | Chemometrics and Intelligent Laboratory Systems, 2 (1987) pp. 37-52 |