The DARKROOM COOKBOOK, Third Edition

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Pitman Arm, 2000. © 2008 Jay Dusard. All rights reserved. Courtesy of the artist. Photographic Reduction and Intensifi cation 133
Development by Inspection You have to take a lot of bad images to realize what’s good. But, if there is one piece of advice I would like to give photographers, all photographers, it’s this: Keep it simple. —Ryuijie Douglas Although it is apparent that the development of fi lm by time and temperature is here to stay, this was not always the case. Even after the discovery of time and temperature development, development by inspection remained the method of choice for most professionals well into the 1930s. The reason was that many photographers learned their craft using material that was hand-coated or manufactured under loose tolerances and its sensitivity varied greatly. In order to ensure usable negatives, photographers had to develop by inspection. Even as more sensitive plates and fi lms became available along with consistent mechanized manufacturing processes, many photographers steadfastly refused to give up the tried-and-true practice of development by inspection. It wasn’t until the publication of the fi rst edition of Morgan and Lester’s Photo-Lab- Index in 1936 (the title was eventually changed to Morgan and Morgan’s Photo-Lab-Index) that a complete and reliable source of time and temperature tables was generally made available. Henceforth, development of fi lm by time and temperature became the industry standard. Nonetheless, there are still a few valid reasons to learn how to develop by inspection. The most important is that it allows complete and total control over every image. A second reason is that it might help save negatives when there is doubt as to the correctness of exposure. A third reason is that when developing fi lms by the water bath method to control contrast it is often desirable to visibly monitor development (Chapter 4: Film Development: Water Bath Development). The fourth, and fi nal reason, is there may come a time when fi lm will again be hand-coated with loose tolerances. The technique of development by inspection should be approached in the same way one would approach any new process. Start by creating practice negatives and developing them until you are confi dent in your ability to judge their quality. Only then should you work with important images. One fi nal point, development by inspection is really only suited for 4 � 5 inches and larger sheet fi lm. This is because development by inspection assumes that each negative will be developed to an ideal density for that particular negative. 12
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The Darkroom Cookbook
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The DARKROOM COOKBOOK Third Edition
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Dedication This book is dedicated t
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Table of Contents PREFACE ix ACKNOW
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Preface The Darkroom Cookbook is ba
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Preface xi Which brings us to the q
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Acknowledgments There are two husba
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Introduction Today everybody seems
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Introduction xvii coating your own
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Contributing Photographers Bruce Ba
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Contributing Photographers xxi Gord
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Contributing Photographers xxiii Jo
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List of Formulas Many of the formul
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Push-Processing Formulas 230 47. Di
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Amidol Paper Developer 261 105. Ami
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Selenium Toners 294 162. Dassonvill
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Planning a Darkroom Art does not de
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Planning a Darkroom 3 Core® availa
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Planning a Darkroom 5 available as
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Placement of Equipment and Workfl o
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Planning a Darkroom 9 Floors call f
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Planning a Darkroom 11 for modern e
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How Safe Is Your Safelight? Richard
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Equipment People are under the illu
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Equipment 17 customary models. It i
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Developers One developing agent is
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Developers 21 quantity of metol to
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Developers 23 pH Scale The pH scale
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Developers 25 Anhydrous, having no
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Potassium Iodide Developers 27 Alth
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Ascorbic Acid: Developing Agent or
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Developers 31 Alicia De Larocha, so
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Film Development It is the photogra
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Film Development 35 ● Conventiona
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Film Development 37 include Efke IR
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Film Development 39 cycle per minut
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Film Development 41 minimum. Howeve
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Film Development 43 fi rst 60 secon
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Film Development 45 Not long after
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Film Development 47 These disadvant
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REPLENISHMENT OF DEVELOPERS Film De
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Film Development 51 Flower Composit
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Film Development 53 Yvette at the C
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Monobath Film Developing 55 possibl
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Washing Monobath Film Developing 57
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Pyrogallol and Pyrocatechin 59 in A
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Pyrogallol and Pyrocatechin 61 Edwa
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Pyrogallol and Pyrocatechin 63 A la
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Crystal Springs #659, 2002. © 2008
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Broken Vase, 2002. © 2008 Gordon H
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Pyrogallol and Pyrocatechin 69 Test
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Print Developers They say my print
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Print Developers 73 when a limited
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Print Developers 75 Brett Weston &
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Printing Methods and Techniques Tak
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Printing Methods and Techniques 79
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Cold Tones (Blue-black) Printing Me
Page 116 and 117: Manipulating Exposure and Developme
Page 118 and 119: Printing Methods and Techniques 85
Page 120 and 121: #2-5041, 1996. © 2008 Henry Gilpin
Page 122 and 123: Four French Tulips, Carmel, Califor
Page 126 and 127: Sequoias and Sunburst, 1976. © 200
Page 130 and 131: Rescuing Thin Shadows Saïd Nuseibe
Page 136 and 137: Stop Baths and Fixers Surely, it is
Page 138 and 139: Stops Baths and Fixers 105 concentr
Page 140 and 141: Stops Baths and Fixers 107 determin
Page 142 and 143: Toning Prints There is a road from
Page 144 and 145: TONER TEST STRIPS Toning Prints 111
Page 146 and 147: Toning Prints 113 gold toning for c
Page 148 and 149: Toning Prints 115 The sepia/sulfi d
Page 150 and 151: Multiple Toning Toning Prints 117 I
Page 152 and 153: Toning Prints 119 and selenium �
Page 154 and 155: K49 Jellyfi sh, 2008. © 2008 Ryuij
Page 156 and 157: Photographic Reduction and Intensif
Page 168 and 169: SAFELIGHT Development by inspection
Page 170 and 171: PYRO AND DEVELOPMENT BY INSPECTION
Page 172 and 173: leak light. What is important is th
Page 174 and 175: Procedure for Reversal Processing R
Page 176 and 177: Reversal Processing and Enlarged Ne
Page 178 and 179: Procedure for Making an Enlarged Ne
Page 180 and 181: Printing Out Processes You must alw
Page 182 and 183: Printing Out Processes 149 Caution:
Page 184 and 185: Printing Out Processes 151 over the
Page 186 and 187: Printing Out Processes 153 Sleeples
Page 188 and 189: Printing Out Processes 155 Add the
Page 190 and 191: Printing Out Processes 157 Camera O
Page 192 and 193: Safety in Handling Photographic Che
Page 194 and 195: Safety in Handling Photographic Che
Page 196 and 197: Chemicals Photography, in the fi na
Page 198 and 199: Chemicals 165 In this 3rd edition o
Page 200 and 201: Chemicals 167 ethylenediaminetetraa
Page 202 and 203: Pharmacopoeia The artist lives to e
Page 204 and 205: Pharmacopoeia 171 Glacial acetic ac
Page 206 and 207: Pharmacopoeia 173 Uses: Preservativ
Page 208 and 209: Pharmacopoeia 175 ALUM, POTASSIUM S
Page 210 and 211: Pharmacopoeia 177 AMMONIUM THIOSULF
Page 212 and 213: BROMIDE (see Potassium bromide) Pha
Page 214 and 215: Appearance: Greenish crystalline sc
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HYPO (see Sodium Thiosulfate) Pharm
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Pharmacopoeia 185 working. Tropical
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Pharmacopoeia 187 Uses: To precipit
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Pharmacopoeia 189 Uses: As a preser
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SODA (see Sodium carbonate) Pharmac
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Pharmacopoeia 193 Notes: Caustic al
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Pharmacopoeia 195 SODIUM SULFITE Sy
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Proofi ng for Maximum Black The cam
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Archival Print Procedure Appendix 1
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Archival Print Procedure 201 7. At
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Formulas FILM DEVELOPERS Developmen
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SOLUTION B Water at 110F/43C, 750.0
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SOLUTION B Water at 110F/43C, 750.0
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SOLUTION B Formulas 209 Water at 90
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Dilution B Distilled water at 125F/
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4 minutes: water without agitation.
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Metol, 3.0 g Sodium sulfi te, 45.0
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Borax, granular, 7.0 g Boric acid,
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Formulas 219 Use as you would XTOL.
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SOLUTION A Water at 125F/52C, 750.0
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SOLUTION A Water at 125F/52C, 750.0
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Stock Solution B Water at 125F/52C,
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Formulas 227 Sodium hydroxide, 17.6
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FORMULA #45 Keelan’s Monobath (H.
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The development times at 68F/20C ar
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Pyro, 28.0 g Sodium sulfi te, 100.0
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Formulas 235 NOTE 1: To help preser
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SOLUTION B Distilled water, 750.0 m
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Sodium sulfi te, 90.0 g Water to ma
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Metol, 12.0 g Sodium sulfi te, 90.0
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Developing time and procedures are
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FORMULA #69 Blue-Black Developer Fo
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Formulas 247 Benzotriazole, 0.2 g G
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FORMULA #78 Gevaert G.253 Soft-Port
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Hydroquinone, 10.0 g Water to make
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Sodium carbonate, monohydrate, 138.
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Sodium sulfi te, 23.0 g *Potassium
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Formulas 257 and then processed fol
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Normal exposure should be determine
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Pyro, 4.4 g Sodium carbonate, monoh
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FORMULA #108 Amidol Teaspoon Formul
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Amidol, 16.0 g 10% potassium bromid
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Formulas 267 Add a suffi cient amou
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FORMULA #123 Acid Hypo (J. Ghislain
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Formulas 271 When the above is thor
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Formulas 273 FILM: Film should be c
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TONERS Formulas 275 ● Different p
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Formulas 277 Add 16 drops of concen
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With stirring add: Thiourea, 1.0 g
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Formulas 281 This solution should b
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SOLUTION A *Potassium bichromate, 5
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Prepare the bleaching bath as follo
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Formulas 287 Using the Toner: Print
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*Glacial acetic acid, 5.0 ml Water
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Formulas 291 the solubility of the
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FORMULA #158 Kodak GP-2 (Thanks to
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Formulas 295 Dissolve the sodium su
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Formulas 297 As with Kodak Rapid Se
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Formulas 299 After treatment in the
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FORMULA #169 Flattening Reducer For
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Formulas 303 To use, take 2 parts o
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NEGATIVE INTENSIFIERS FORMULA #176
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STOCK SOLUTION #4 Metol, 6.5 g Sodi
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Formulas 309 Add 30.0 ml of Solutio
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Keep hands in Solution A for a few
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Distilled water, 180.0 ml Potassium
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FORMULA #194 Kodak SH-5 Formulas 31
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FORMULA #197 Kodak TC-3 Stain Remov
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Formulas 319 Development time is 8-
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Sodium metabisulfi te, 10.0 g Boric
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Conversion Tables DIRECT EQUIVALENT
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Direct equivalents (Continued) Conv
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0.7 � 10 0.8 � 11.7 0.9 � 13
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225 ml � 7.2 fl oz 250 ml � 8 f
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Sodium Carbonate Conversion Table C
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Conversion Tables 333 always possib
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TABLE 5 Film Development Temperatur
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Material Sources 337 RH Designs (St
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Azo Forum, www.michaelandpaula.com/
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Bibliography 341 James, T.H. The Th
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Index A ABC Pyro formula, 231-232,
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C Cabinets, darkroom planning, 9 Ca
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fi ne-grain, 44, 211-214 general-pu
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Filters and safelights, 10-11 in th
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In-cassette processing developing,
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Panchromatic paper, and safelights,
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and development by inspection, 137
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Strong ammonium thiosulfate reducer
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Weston amidol developers, formulas,
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