Rudolf Kingslake
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British engineer
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Rudolf Kingslakeengineering Degrees
Engineering
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Applied Physics
#1941
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#1976
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Why Is Rudolf Kingslake Influential?
(Suggest an Edit or Addition)According to Wikipedia, Rudolf Kingslake was an English academic, lens designer, and engineer. Kingslake was born in London, England in 1903 as Rudolf Klickmann. The latter is in all probability a re-transcription from Cyrillic of the traditional German-Jewish "Glückmann" meaning "lucky man". Kingslake studied optical design at the Imperial College of Science and Technology, under the eminent optical designer and theoretician Alexander Eugen Conrady, earning a master's degree, subsequently marrying Professor Conrady's daughter, Hilda Conrady Kingslake, a prominent English-American researcher in the field of optics.
Rudolf Kingslake's Published Works
Number of citations in a given year to any of this author's works
Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author
Published Works
- Lens Design Fundamentals (1978) (398)
- Applied Optics and Optical Engineering (1983) (396)
- Optical System Design (1983) (113)
- A history of the photographic lens (1989) (73)
- The interferometer patterns due to the primary aberrations (1925) (55)
- Optics in photography (1992) (48)
- Depth of Field (1992) (41)
- WHO? DISCOVERED CODDINGTON'S Equations? (1994) (33)
- The Development of the Zoom Lens (1960) (25)
- The Diffraction Structure of the Elementary Coma Image (1948) (21)
- Lenses in photography : the practical guide to optics for photographers (1951) (17)
- A New Bench for Testing Photographic Lenses (1932) (16)
- The Measurement of the Aberrations of a Microscope Objective (1936) (11)
- Development Of The Photographic Objective (1985) (10)
- CHAPTER 1 – Optical Systems (1983) (9)
- The analysis of an interferogram (9)
- Lenses for Aerial Photography (1942) (9)
- A classification of photographic lens types. (1946) (8)
- Applied Optics and Optical Engineering, Volume III (1980) (7)
- Illumination in Optical Images (1965) (7)
- Recent Developments in Lenses for Aerial Photography (1947) (7)
- New Optical Glasses (1949) (7)
- A history of the institute of optics. (1970) (6)
- A refractometer for the near infrared (1937) (6)
- The Design of Wide‐Aperture Photographic Objectives (1940) (6)
- The "absolute" hartmann test (1928) (6)
- Application of the Hartmann test to the measurement of oblique aberrations (5)
- The Development of the Photographic Objective1 (1934) (5)
- The Reversed Telephoto Objective (1966) (4)
- Some Interesting and Unusual Lenses (1980) (4)
- The knife-edge test for spherical aberration (1937) (4)
- CHAPTER 1 – The Work of the Lens Designer (1978) (4)
- The measurement of chromatic aberration on the hilger lens testing interferometer (1924) (4)
- Telephoto vs. Ordinary Lenses: A Tutorial Paper (1966) (3)
- Objects and Images (1966) (3)
- A Method of Projecting Star Images Having Coma and Astigmatism (1933) (3)
- CHAPTER 13 – Surveying Instruments (1983) (3)
- Lens Design Without A Computer (1978) (2)
- A new type of nephelometer (1924) (2)
- CHAPTER 2 – Meridional Ray Tracing (1978) (2)
- An experimental study of the best minimum wave-length for visual achromatism (2)
- CHAPTER 16 – Automatic Lens Improvement Programs1 (1978) (2)
- An Apparatus for Testing Highway Sign Reflector Units (1938) (2)
- CHAPTER 10 – The Oblique Aberrations (1978) (2)
- The Effective Aperture of a Photographic Objective (1945) (2)
- CHAPTER 9 – Design of Aplanatic Objectives (1978) (2)
- OPTICAL GLASS FROM THE VIEWPOINT OF THE LENS DESIGNER (1944) (2)
- Light : its generation and modification (1965) (2)
- Increased Resolving Power in the Presence of Spherical Aberration (1927) (2)
- Lens Design Fundamentals Ed. 2 (2009) (2)
- Optical design at kodak. (1972) (2)
- Some impasses in applied optics (1974) (2)
- CHAPTER 3 – Paraxial Rays and First-Order Optics (1978) (2)
- Patent Reviews: 4,991,926; 4,997,245; 4,997,246; 4,997,249; 4,998,791; 4,998,794; 5,000,531; 5,005,927; 5,007,065; 5,007,694; 5,009,502; 5,011,250 (1992) (1)
- Chapter 5 – Chromatic Aberration (2010) (1)
- CHAPTER 5 – Spherical Aberration (1978) (1)
- Patent Reviews: 3,468,598; 3,473,866; 3,474,253; 3,476,026; 3,476,457; 3,476,459; 3,476,461; 3,476,462; 3,477,776; 3,478,661; 3,479,510; 3,481,664; 3,481,666; 3,482,102; 3,482,900; 3,482,902; 3,484,152; 3,485,549; 3,485,550; 3,485,551; 3,485,554; 3,485,557 (1970) (1)
- Lens Design Short Course (1983) (1)
- CHAPTER 6 – Design of a Spherically Corrected Achromat (1978) (1)
- Lenses for Amateur Motion Picture Equipment (16- AND 8-MM) (1940) (1)
- Patent Reviews: 3,316,088; 3,357,830; 3,415,587; 3,421,011; 3,423,522; 3,431,411; 3,432,241; 3,433,963; 3,434,077; 3,434,778; 3,436,159; 3,437,411; 3,437,412 (1970) (1)
- Resolution Tests on 16-mm Projection Lenses (1941) (1)
- Chapter 6 – Spherical Aberration (2010) (1)
- New Series of Lenses for 16-Mm Cameras * --> (1949) (1)
- CHAPTER 4 – Chromatic Aberration (1978) (1)
- Wave Theory of Aberrations. H. H. Hopkins. New York: Oxford Univ. Press, 1950. 169 pp. $3.00 (1951) (1)
- Chapter 4 – Aberration Theory (2010) (1)
- Applied Optics and Optical Engineering, Volume V, part II (1969) (1)
- Patent Reviews: 4,991,925; 4,991,938; 4,993,796; 4,993,818; 4,996,412; 4,997,241; 4,997,261; 5,000,527; 5,000,546; 5,002,380; 5,004,312; 5,004,319 (1992) (1)
- Alexander Eugen Conrady, 1866–1944 (1966) (1)
- Chapter 7 – Design of a Spherically Corrected Achromat (2010) (1)
- Patent Reviews: 5,617,227; 5,682,263; 5,668,669; 5,671,094;5,691,850; 5,710,670; 5,737,120; 5,737,460; 5,739,957; 5,739,959; 5,742,425;5,755,501 (1998) (0)
- Patent Reviews: 3,125,626; 3,125,627; 3,126,437; 3,132,199; 3,133,142 (1964) (0)
- Ernst Gundlach: Nineteenth-Century pioneer optician (1978) (0)
- CHAPTER 4 – The Gaussian Theory of Lenses (1983) (0)
- Chapter 9 – Coma and the Sine Condition (2010) (0)
- Patent Reviews: 5,192,978; 5,196,957; 5,202,742; 5,233,182; 5,233,188; 5,233,415; 5,260,768 (1994) (0)
- CHAPTER 9 – Plane Mirrors and Prisms (1983) (0)
- Chapter 15 – Mirror and Catadioptric Systems (2010) (0)
- Patent Reviews: 5,005,928; 5,005,958; 5,007,432; 5,007,689; 5,007,691; 5,007,692; 5,007,709; 5,007,711; 5,007,729; 5,009,233; 5,009,484; 5,009,494 (1992) (0)
- Chapter 10 – Design of Aplanatic Objectives (2010) (0)
- Patent Reviews: 3,067,647; 3,067,648; 3,068,360; 3,068,740; 3,069,966; 3,069,967; 3,095,503; 3,098,408; 3,107,301 (1964) (0)
- Optics Committee Report (1952) (0)
- Patent Reviews: 4,488,775; 4,497,540; 4,498,009; 4,500,163; 4,500,175; 4,501,470; 4,501,961; 4,502,756; 4,504,110; 4,504,111; 4,504,121; 4,504,124; 4,504,122; 4,509,857; 4,504,125; 4,504,123; 4,504,128; 4,505,535; 4,505,536; 4,505,550; 4,505,553; 4,507,776 (1985) (0)
- Patent Reviews: 5,172,257; 5,191,216; 5,193,015; 5,202,744; 5,202,792; 5,204,516; 5,204,782; 5,208,701; 5,208,877; 5,210,400; 5,210,404; 5,210,409; 5,210,628; 5,210,646; 5,212,584; 5,212,593 (1993) (0)
- Patent Reviews: 4,910,738; 4,917,455; 4,946,239; 4,962,506; 4,953,954; 4,968,136; 4,969,157; 4,971,416 (1991) (0)
- The Evolution of the Microscope. S. Bradbury. Pergamon, New York, 1967. 367 pp., illus. $12.50 (1967) (0)
- Patent Reviews: 3,815,043; 3,815,044; 3,815,046; 3,815,047; 3,818,372; 3,823,061; 3,824,018; 3,825,764; 3,825,856; 3,828,126; 3,829,218; 3,829,219 (1975) (0)
- Patent Reviews: 5,367,528; 5,371,589; 5,418,803; 5,448,052; 5,448,664; 5,449,882; 5,457,997; 5,475,527 (1997) (0)
- Patent Reviews: 3,826,560; 3,826,562; 3,827,798; 3,827,807; 3,834,817; 3,835,315 (1975) (0)
- Chapter 17 – Automatic Lens Improvement Programs (2010) (0)
- Erratum: The Development of the Photographic Objective (1934) (0)
- Patent Reviews: 4,840,460; 4,919,517; 4,938,550; 4,950,050 (1991) (0)
- Patent Reviews: 4,922,497; 4,932,739; 4,936,660; 4,946,264; 4,948,212; 4,948,959; 4,950,042; 4,950,044; 4,958,892; 4,946,253; 4,955,694; 4,961,615; 4,960,311; 4,961,621; 4,962,987; 4,968,126 (1991) (0)
- Patent Reviews: 4,930,887; 4,969,717; 4,890,893; 4,942,581; 4,968,107; 4,921,354; 4,972,429 (1992) (0)
- CHAPTER 3 – Ray-Tracing Procedures (1983) (0)
- Patent Reviews: 5,537,260; 5,557,431; 5,557,438; 5,557,454; 5,617,252; 5,619,380; 5,656,816; 5,668,668; 5,671,062; 5,673,151; 5,684,618; 5,684,634; 5,701,190; 5,701,202; 5,706,107; 5,706,108; 5,715,094 (1998) (0)
- Chapter 14 – Unsymmetrical Photographic Objectives (2010) (0)
- Patent Reviews: 4,784,476; 4,795,223; 4,795,236; 4,798,437; 4,812,021; 4,812,022; 4,812,026; 4,812,027; 4,813,771 (1989) (0)
- CHAPTER 2 – Light and Images (1983) (0)
- Chapter 11 – The Oblique Aberrations (2010) (0)
- Chapter 12 – Lenses in Which Stop Position Is a Degree of Freedom (2010) (0)
- The detection of light and infrared radiation (1965) (0)
- Light Rays and Lens Aberrations (1992) (0)
- Influence Of The Eye On The Performance Of Visual Systems (1974) (0)
- Patent Reviews: 5,083,219; 5,153,670; 5,162,872; 5,260,814; 5,262,879; 5,267,063; 5,270,791; 5,280,788; 5,288,996; 5,289,299; 5,291,316; 5,293,873; 5,294,806; 5,295,208; 5,296,972; 5,297,436; 5,303,021; 5,305,083; 5,305,124; 5,305,138 (1994) (0)
- CHAPTER 6 – Oblique Beams (1983) (0)
- Optical instruments, Part_2. (1970) (0)
- Patent Reviews: 4,778,249; 4,782,209; 4,796,971; 4,796,976; 4,815,807; 4,815,829; 4,815,830; 4,815,849; 4,818,079; 4,818,081; 4,818,082; 4,822,124; 4,824,192; 4,824,224; 4,824,236; 4,826,283; 4,826,299; 4,826,301 (1989) (0)
- CHAPTER 7 – The Photometry of Optical Systems (1983) (0)
- Shutters and Flash (1992) (0)
- Definition and Resolution (1992) (0)
- Augmentor of the Human Eye: The Evolution of the Microscope . S. Bradbury. Pergamon, New York, 1967. 367 pp., illus. $12.50. (1967) (0)
- Patent Reviews: 4,958,896; 4,958,919; 4,958,898; 4,958,931; 4,960,323; 4,960,324; 4,961,622; 4,961,625; 4,961,634; 4,962,492; 4,964,722 (1991) (0)
- CHAPTER 8 – Coma and the Sine Condition (1978) (0)
- Patent Reviews: 3,653,738; 3,661,065; 3,685,883; 3,694,055; 3,700,308; 3,702,214; 3,704,934; 3,704,997; 3,783,403; 3,783,404; 3,783,406; 3,783,407; 3,792,918; 3,793,595; 3,794,431; 3,800,243; 3,801,928; 3,794,835; 3,798,568; 3,798,569; 3,798,570 (1974) (0)
- Light Waves and How They Behave (1992) (0)
- Patent Reviews: 4,974,946; 4,984,855; 4,996,441; 5,002,347; 5,008,908; 5,009,486; 5,018,861; 5,020,905; 5,031,199; 5,031,993; 5,035,478; 5,044,750; 5,048,966; 5,049,753; 5050965; 5,050,966; 5,051,577; 5,056,895; 5,058,968; 5,061,027; 5,061,046; 5,062,694; 5,067,788 (1993) (0)
- Types of Photographic Objectives (1992) (0)
- CHAPTER 15 – Eyepiece Design (1978) (0)
- Patent Reviews: 3,015,249; 3,016,464; 3,016,785; 3,016,788; 3,016,789; 3,016,795; 3,017,801; 3,017,805; 3,018,686; 3,019,135; 3,019,692; 3,019,703; 3,019,705; 3,019,706; 3,019,707; 3,020,793; 3,024,692; 3,025,744; 3,031,917 (1962) (0)
- Patent Reviews: 3,015,988; 3,016,798; 3,016,799; 3,018,688; 3,018,689; 3,020,804 (1962) (0)
- CHAPTER 11 – Lenses in Which Stop Position Is a Degree of Freedom (1978) (0)
- Patent Reviews: 5,473,470; 5,493,624; 5,532,818; 5,574,560;5,602,657; 5,606,414; 5,602,676; 5,642,210; 5,657,160; 5,719,676; 5,719,702;5,719,708; 5,737,127; 5,742,436; 5,757,532;5,757,535 (1998) (0)
- Patents patter: a comment (1978) (0)
- Lens Designers Are Real People Too (1986) (0)
- New optical glasses. (1949) (0)
- Patent Reviews: 3,886,474; 3,936,768; 3,947,781; 3,983,507; 3,886,483; 3,983,508; 4,042,892; 4,050,035; 4,053,851; 4,058,778 (1978) (0)
- Patent Reviews: 4,294,507; 4,295,710; 4,295,741; 4,480,915; 4,481,635; 4,490,016; 4,490,039; 4,491,413; 4,500,178; 4,520,471; 4,520,472 (1985) (0)
- Patent Reviews: 3,785,262; 3,785,265; 3,786,180; 3,786,238; 3,790,284; 3,792,915; 3,794,406; 3,796,476; 3,796,494; 3,796,887; 3,797,907; 3,797,910; 3,797,922; 3,799,653; 3,799,654; 3,800,149; 3,801,181; 3,801,188 (1974) (0)
- Patent Reviews: 4,204,881; 4,338,516; 4,342,917; 4,340,271; 4,343,874; 4,342,503; 4,344,691; 4,345,815; 4,436,292; 4,346,293; 4,348,081; 4,348,082; 4,346,962; 4,348,084; 4,348,085; 4,348,090; 4,350,411; 4,350,412 (1983) (0)
- Patent Reviews: 4,896,326; 4,907,887; 4,938,205; 4,940,304; 4,940,316; 4,941,093; 4,946,245; 4,948,225; 4,953,923; 4,955,693; 4,957,366; 4,955,701; 4,957,335; 4,960,312 (1991) (0)
- CHAPTER 10 – The Eye as an Optical Instrument (1983) (0)
- Camera Viewfinders and Rangefinders (1992) (0)
- Patent Reviews: 4,492,435; 4,492,466; 4,515,443; 4,516,244; 4,516,853 (1985) (0)
- The Optics of the Lenticular Color-Film Process (1958) (0)
- Patent Reviews: 4,152,767; 4,158,507; 4,215,938; 4,272,195; 4,313,647; 4,339,178; 4,342,502; 4,344,675; 4,344,676; 4,344,709; 4,345,153; 4,345,817; 4,346,295; 4,346,990; 4,347,530; 4,349,901; 4,350,149; 4,350,410 (1983) (0)
- The Brightness of Images (1992) (0)
- CHAPTER 12 – The Telescope (1983) (0)
- Patent Reviews: 3,989,890; 3,989,947; 3,994,435; 4,073,574; 4,150,320; 4,164,432; 4,165,913; 4,171,003; 4,165,917; 4,168,882; 4,175,391; 4,222,370; 4,206,494; 4,222,667; 4,225,240; 4,227,076; 4,225,236; 4,226,502; 4,227,769; 4,227,773; 4,228,437; 4,229,073 (1981) (0)
- Doctor Selig HechtIves Medalist For 1941 (1942) (0)
- Patent Reviews: 4,959,559; 4,960,315; 4,964,705; 4,964,706; 4,969,737; 4,966,431; 4,968,112; 4,971,411; 4,971,413; 4,969,699; 4,973,838; 4,969,720; 4,973,112; 4,973,121 (1991) (0)
- Chapter 1 – Dispersing Prisms (1969) (0)
- CHAPTER 7 – Oblique Pencils (1978) (0)
- Patent Reviews: 5,606,458; 5,604,581; 5,673,146; 5,686,728; 5,719,391; 5,719,654; 5,719,672; 5,719,691; 5,719,696; 5,719,698; 5,724,161; 5,724,172; 5,729,242 (1998) (0)
- Patent Reviews: 5,166,507; 5,187,538; 5,202,743; 5,206,502; 5,245,473; 5,262,644; 5,270,851; 5,206,526; 5,233,157; 5,256,872; 5,256,887; 5,257,126; 5,262,659; 5,264,957; 5,272,558; 5,275,168 (1994) (0)
- Enlarging and Projection Systems (1992) (0)
- CHAPTER 14 – Mirror Imaging Systems (1983) (0)
- Chapter 16 – Eyepiece Design (2010) (0)
- CHAPTER 14 – Mirror and Catadioptric Systems (1978) (0)
- Optical problems in industrial research (1937) (0)
- Chapter 13 – Symmetrical Double Anastigmats with Fixed Stop (2010) (0)
- CHAPTER 13 – Unsymmetrical Photographic Objectives (1978) (0)
- Patent Reviews: 4,889,400; 4,893,886; 4,907,850; 4,944,590; 4,944,591; 4,946,236 (1991) (0)
- CHAPTER 15 – Photographic Optics (1983) (0)
- Patent Reviews: 5,331,445; 5,337,180; 5,477,348; 5,486,694; 5,486,951; 5,492,135; 5,495,767; 5,497,271; 5,499,139; 5,500,912; 5,504,595; 5,504,597 (1997) (0)
- Patent Reviews: 3,478,277, 3,479,117, 3,478,662, 3,476,934, 3,478,210, 3,480,875, 3,480,369, 3,483,385, 3,479,620, 3,485,546, 3,485,547, 3,485,552, 3,305,294, 3,393,617, 3,471,701, 3,473,878, 3,474,249, 3,475,078, 3,475,099 (1970) (0)
- CHAPTER 8 – Projection Systems (1983) (0)
- Patent Reviews: 5,452,088; 5,452,126; 5,457,534; 5,481,356; 5,497,008; 5,497,266; 5,499,134; 5,500,524; 5,515,207; 5,515,209; 5,526,183; 5,596,433; 5,596,455; 5,596,456; 5,600,440; 5,600,441; 5,600,484; 5,601,080; 5,619,363; 5,619,377 (1997) (0)
- CHAPTER 16 – Spectroscopic Apparatus (1983) (0)
- Patent Reviews: 5,015,053; 5,016,950; 5,016,954; 5,018,801; 5,016,953; 5,016,977; 5,016,994; 5,018,838; 5,022,727 (1992) (0)
- Patent Reviews: 4,480,896; 4,487,478; 4,492,436; 4,492,437; 4,496,222; 4,500,164; 4,500,778; 4,504,964; 4,511,220; 4,508,422; 4,508,431; 4,508,421; 4,512,639; 4,515,444; 4,516,832; 4,516,833; 4,516,839; 4,516,855; 4,516,856; 4,521,075 (1985) (0)
- CHAPTER 11 – Magnifying Instruments (1983) (0)
- CHAPTER 12 – Symmetrical Double Anastigmats with Fixed Stop (1978) (0)
- Patent Reviews: 3,810,040; 3,810,041; 3,806,226; 3,815,036; 3,820,898; 3,822,409 (1975) (0)
- CHAPTER 5 – Multilens Systems (1983) (0)
- LENS DESIGN BY DESK CALCULATOR (1976) (0)
- Patent Reviews: 5,087,984; 5,087,987; 5,087,989; 5,095,199; 5,095,476; 5,100,223; 5,101,295; 5,110,207; 5,111,325; 5,114,238 (1993) (0)
- Patent Reviews: 4,673,250; 4,673,257; 4,673,795; 4,679,891; 4,679,910; 4,682,029; 4,682,030; 4,684,215; 4,685,763; 4,685,772; 4,687,284 (1988) (0)
- Photometric Calibration of Lenses (1947) (0)
- Patent Reviews: 4,676,792; 4,682,024; 4,682,025; 4,687,281; 4,688,941; 4,695,123; 4,696,551; 4,696,569; 4,697,577; 4,699,474; 4,699,476; 4,699,477; 4,702,568; 4,702,569; 4,704,008; 4,704,009; 4,704,010; 4,704,011 (1988) (0)
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