A

Armstrong, Harold L. (1966) An Attempt to Correct for the Effects of the Flood in Determining Dates by Radioactive Carbon. Creation Research Society Quarterly, 2 (4): 4.

B

Brown, Robert H. (1992) Correlation of C-14 Age with Real Time. Creation Research Society Quarterly, 29 (1): 5.

Brown, Robert H. (1968) Radiocarbon Dating. Creation Research Society Quarterly, 5 (2): 1.

Brown, Robert H. (1990) Radiohalo Evidence Regarding Change in Natural Process Rates. Creation Research Society Quarterly, 27 (3): 4.

C

Chaffin, Eugene F. (2000) A Mechanism for Accelerated Radioactive Decay. Creation Research Society Quarterly, 37 (1): 1.

Chaffin, Eugene F. (2017) Variable Neutrino Mass, Supernovae, and Accelerated Decay. Creation Research Society Quarterly, 53 (3): 4.

Clementson, Sidney P. (1970) A Critical Examination of Radioactive Dating of Rocks. Creation Research Society Quarterly, 7 (3): 1.

Cook, Melvin A. (1970) Carbon-14 and the "Age" of the Atmosphere. Creation Research Society Quarterly, 7 (1): 8.

Cook, Melvin A. (1968) Radiological Dating and Some Pertinent Applications of Historical Interest: Do Radiological "Clocks" Need Repair? Creation Research Society Quarterly, 5 (2): 2.

Cupps, Vernon R. and Thomas, Brian (2019) Deep Time Philosophy Impacts Radiocarbon Measurements. Creation Research Society Quarterly, 55 (4): 1.

D

DeYoung, Donald B. (1978) Creationist Predictions Involving C-14 Dating. Creation Research Society Quarterly, 15 (1): 4.

DeYoung, Donald B. (1974) Geochemistry of the Stable Isotopes. Creation Research Society Quarterly, 11 (1): 5.

DeYoung, Donald B. (1976) The Precision of Nuclear Decay Rates. Creation Research Society Quarterly, 13 (1): 8.

Doughty, John R. (2005) CO2 Gas Well Effluent Analysis. Creation Research Society Quarterly, 42 (2): 2.

Doughty, John R. (2015) Carbon-14 in Colorado CO2 Gas Wells. Creation Research Society Quarterly, 52 (1): 2.

Doughty, John R. (2007) Deep Wells—Deep Time? Creation Research Society Quarterly, 44 (2): 2.

Doughty, John R. (2006) Isotopic Analysis of Fruitland Formation Coal Bed Carbon Dioxide and Methane. Creation Research Society Quarterly, 43 (2): 5.

F

Froede Jr, Carl R. (1996) A Theory for the Volcanic Origin of Radioactive Shales and Clays: Examples From the Southeastern United States. Creation Research Society Quarterly, 33 (3): 1.

Froede Jr, Carl R. and Akridge, A. Jerry (2012) Rate Study: Questions Regarding Accelerated Nuclear Decay and Radiometric Dating. Creation Research Society Quarterly, 49 (1): 4.

G

Gentry, Robert V. (1966) Cosmological Implications of Extinct Radioactivity From Pleochroic Halos. Creation Research Society Quarterly, 3 (2): 3.

Gentry, Robert V. (1990) Critique of "Radiohalo Evidence Regarding Change in Natural Process Rates". Creation Research Society Quarterly, 27 (3): 5.

Gentry, Robert V. (1968) On the Invariance of the Decay Constant Over Geological Time. Creation Research Society Quarterly, 5 (2): 4.

Gill, G. Herbert (1996) A Sufficient Reason for False Rb-Sr Isochrons. Creation Research Society Quarterly, 33 (2): 4.

Guenter, Ken (1981) Implications of Palaeolithic Stratigraphy for Creationist Models of Prehistory. Creation Research Society Quarterly, 18 (3): 5.

H

Hanson, James N. (1976) Some Mathematical Considerations on Radiocarbon Dating. Creation Research Society Quarterly, 13 (1): 12.

Hefferlin, Ray (1972) A Mathematical Formulation of a Creationist-Flood Interpretation of Radiocarbon Dating. Creation Research Society Quarterly, 9 (1): 17.

Heinze, Harold (1992) Isotope Ratios and Variable Constants. Creation Research Society Quarterly, 28 (4): 5.

Helmick, Larry S. and Baumann, Donald P. (1989) A Demonstration of the Mixing Model to Account for Rb-Sr Isochrons. Creation Research Society Quarterly, 26 (1): 3.

Helmkamp, Barbara S. (2022) Latent Heat Could Solve Accelerated Nuclear Decay's Heat Problem—Part I. Creation Research Society Quarterly, 59 (1): 4.

Humphreys, D. Russell and Austin, Steven A. and Baumgardner, John R. and Snelling, Andrew A. (2004) Helium Diffusion Age of 6,000 Years Supports Accelerated Nuclear Decay. Creation Research Society Quarterly, 41 (1): 1.

Hung, Cheng Yeng (2008) A Realistic Simulation Model for Uranium Series Geochronological Dating. Creation Research Society Quarterly, 45 (1): 4.

I

Isaacs, Edward A. (2021) Radioisotope Dating: Dire Predictions on Dangerous Assumptions. Creation Research Society Quarterly, 58 (2): 5.

K

Kofahl, Robert E. (1984) One Error of Dalrymple Corrected. Creation Research Society Quarterly, 21 (3): 3.

L

Lee, Robert E. (1982) Radiocarbon: Ages in Error. Creation Research Society Quarterly, 19 (2): 6.

Long, Ronald D. (1973) The Bible, Radiocarbon Dating and Ancient Egypt. Creation Research Society Quarterly, 10 (1): 3.

M

Miller, Hugh R. and Michaels, J. R. and Miller, Matt M. (2006) Pioneering 14C Dating of Wyoming Amber and its Implications for a Young Earth and Global Catastrophism. Creation Research Society Quarterly, 43 (2): 3.

Morton, Glenn R. (1982) Electromagnetics and the Appearance of Age. Creation Research Society Quarterly, 18 (4): 6.

O

Overman, Richard L. (2010) Evaluation of the Ar/Ar Dating Process. Creation Research Society Quarterly, 47 (1): 2.

R

Rotta, Russell B. (2004) Evolutionary Explanations for Anomalous Radiocarbon in Coal? Creation Research Society Quarterly, 41 (2): 2.

Rotta, Russell B. (2006) Isotopic Dating Maximum Datable Age. Creation Research Society Quarterly, 43 (1): 4.

S

Sanders, Rick (2011) A Case of "Missing" Decay an Analysis of C-14 Detected in Very Old Samples. Creation Research Society Quarterly, 47 (3): 1.

Shormann, David E. (2013) 40Ar/39Ar Calibration Against Novarupta: No Good Reason to Believe in Millions of Years. Creation Research Society Quarterly, 50 (1): 2.

Strickling, James E. (1973) A Quantitative Analysis of the Life Spans of the Genesis Patriarchs. Creation Research Society Quarterly, 10 (3): 3.

T

Thomas, Brian and Nelson, Vance (2015) Radiocarbon in Dinosaur and Other Fossils. Creation Research Society Quarterly, 51 (4): 7.

Tyler, David J. (1977) The Crisis in Radiocarbon Calibration. Creation Research Society Quarterly, 14 (2): 3.

Tyler, David J. (1978) Radiocarbon Calibration - Revised. Creation Research Society Quarterly, 15 (1): 5.

V

Vaninger, Stan F. (1985) Archaeology and the Antiquity of Ancient Civilization: A Conflict with Biblical Chronology? -Part II. Creation Research Society Quarterly, 22 (2): 2.

W

White, A. J. ‘Monty’ (1972) Radio Carbon Dating. Creation Research Society Quarterly, 9 (3): 3.

Whitelaw, Robert L. (1968) Radiocarbon Confirms Biblical Creation (And So Does Potassium-Argon). Creation Research Society Quarterly, 5 (2): 3.

Whitelaw, Robert L. (1993) Radiocarbon Dating After Forty Years: Do Creationists See It as Supporting the Biblical Creation and Flood? A Review and Critique of Pertinent Creationist Writing, 1950-1990. Creation Research Society Quarterly, 29 (4): 1.

Whitelaw, Robert L. (1969) Radiocarbon and Potassium-Argon Dating in the Light of New Discoveries in Cosmic Rays. Creation Research Society Quarterly, 6 (1): 9.

Whitelaw, Robert L. (1970) Time, Life and History in the Light of 15,000 Radiocarbon Dates. Creation Research Society Quarterly, 7 (1): 9.

Wiant Jr, Harry V. and Harris, Lester (1966) How Reliable Is Carbon 14 Dating? Creation Research Society Quarterly, 2 (4): 7.

Wood, Robert W. (1966) The Age of Man. Creation Research Society Quarterly, 2 (4): 3.

Woodmorappe, John (1979) Radiometric Geochronology Reappraised. Creation Research Society Quarterly, 16 (2): 3.