Author

Barton J. Howell

Observed names: B J. Howell, B. J. Howell, B.J. Howell, BARTON HOWELL, Barton Howell

Observed institutions: Goddard Space Flight Center, Pennsylvania State University, RAND Corporation, University of Arizona, Florida International University, University of Utah, RCA (United States), Naval Information Warfare Systems Command, National Aeronautics and Space Administration, Physical Optics Corporation, Kodak (United States), New York University, Stanford University

OpenAlex ID: A5111846405

Measurement of the polarization effects of an instrument using partially polarized light

1979 · Barton J. Howell · Applied Optics · 56

An all-reflective wide-angle flat-field telescope for space

1984 · Kenneth L. Hallam, Barton J. Howell, et al. · Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE · 9

Optical Alignment of Multiple Components to a Common Coordinate System

1968 · R. L. Appler, B. J. Howell · Applied Optics · 8

Optical Analog Computers

1959 · Barton J. Howell · Journal of the Optical Society of America · 7

Automatic ray–surface intersection method

1982 · B. J. Howell, M. E. Wilson · Applied Optics · 5

Patent Reviews: 5,011,254; 5,040,872; 5,052,780; 5,066,127; 5,067,801; 5,069,548; 5,069,551; 5,071,207; 5,070,874; 5,071,209; 5,071,239; 5,072,104; 5,073,007; 5,073,016; 5,073,108; 5,074,629; 5,073,705; 5,074,645; 5,076,655

1993 · B. J. Howell · Applied Optics · 4

Patent Reviews: 4,006,962; 4,132,464; 4,132,903; 4,139,264; 4,152,154; 4,152,620; 4,153,753; 4,154,531; 4,154,532; 4,155,098; 4,158,890; 4,159,707; 4,161,652; 4,159,710; 4,160,956; 4,161,944; 4,162,174; 4,162,177; 4,162,398; 4,162,460; 4,162,821; 4,162,827; 4,163,382; 4,163,397; 4,165,152; 4,165,182; 4,165,519; 4,166,255; 4,166,293; 4,166,677; 4,166,695; 4,166,696; 4,166,699; 4,166,702; 4,167,316; 4,167,328; 4,167,329; 4,167,333; 4,167,662; 4,168,120; 4,168,473; 4,168,506

1980 · B. J. Howell · Applied Optics · 4

Design Procedure for Ritchey-Chrétien Corrector

1969 · B. J. Howell · Applied Optics · 4

A Method for Making Accurately Reproducible Masks of the Huggins Type

1951 · BARTON HOWELL, CARL J. CHRISTENSEN, et al. · Nature · 4

Patent Reviews: 5,341,240; 5,402,227; 5,404,869; 5,406,089; 5,414,560; 5,416,326; 5,418,866; 5,418,866; 5,425,124; 5,428,472; 5,428,475; 5,430,561

1996 · B. J. Howell · Applied Optics · 3

Patent Reviews: 4,836,666; 4,843,242; 4,844,601; 4,846,539; 4,852,984; 4,850,660

1990 · B. J. Howell · Applied Optics · 3

Patent Reviews 4,603,940; 4,605,307; 4,606,606; 4,606,637; 4,611,884; 4,611,914; 4,621,894; 4,624,534

1987 · B. J. Howell · Applied Optics · 3

Patents Reviews: 5,247,389; 5,257,278; 5,260,957; 5,262,657; 5,287,368; 5,317,348; 5,319,668; 5,323,404; 5,347,364

1995 · B. J. Howell · Applied Optics · 2

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 · B. J. Howell, J. H. Abeles, et al. · Applied Optics · 2

Table Model Projector for the Bragg-Huggins Masks

1955 · Barton Howell, Dan McLachlan · Review of Scientific Instruments · 2

Patent Reviews: 5,278,532; 5,287,213; 5,293,271; 5,293,272; 5,295,014; 5,296,689; 5,296,958; 5,298,972; 5,299,062

1994 · B. J. Howell · Applied Optics · 1

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 · B. J. Howell, I. J. Abramovitz, et al. · Applied Optics · 1

Patent Reviews: 4,881,815; 4,889,412; 4,890,899; 4,890,902; 4,890,922; 4,904,066; 4,911,535; 4,913,529; 4,917,452; 4,917,476; 4,921,334; 4,936,659; 4,938,568; 4,943,709; 4,944,579

1991 · B.J. Howell · Applied Optics · 1

Patent Reviews: 4,834,508; 4,840,459; 4,840,462; 4,848,885; 4,859,042; 4,859,044; 4,861,145; 4,861,146; 4,861,148; 4,861,163; 4,861,164; 4,863,250; 4,863,251; 4,861,975; 4,861,981; 4,863,252; 4,864,137; 4,783,385; 4,864,869

1990 · B. J. Howell · Applied Optics · 1

Patent Reviews: 4,685,777; 4,725,109; 4,725,138; 4,728,185; 4,729,622; 4,729,658; 4,730,882; 4,733,955; 4,733,967; 4,735,487; 4,735,489; 4,735,493; 4,735,496; 4,736,360; 4,738,499; 4,738,501; 4,738,503; 4,740,082

1988 · B. J. Howell · Applied Optics · 1

Patent Reviews: 4,641,920; 4,659,177; 4,660,978; 4,664,490; 4,668,053; 4,673,292; 4,674,843; 4,674,844; 4,676,585; 4,678,267

1987 · B. J. Howell · Applied Optics · 1

Patent Reviews: 4,344,706; 4,344,707; 4,348,113; 4,376,949; 4,379,622; 4,380,393; 4,386,853; 4,387,344; 4,392,722; 4,392,229; 4,394,069; 4,394,571; 4,394,623; 4,396,289

1984 · B. J. Howell · Applied Optics · 1

Patent Reviews: 4,264,133; 4,264,134; 4,264,148; 4,266,129; 4,266,130; 4,269,485; 4,274,704; 4,274,742; 4,281,930; 4,283,144; 4,284,329; 4,285,577; 4,285,578; 4,286,878; 4,288,163; 4,289,837; 4,290,697; 4,291,109; 4,291,984; 4,293,224; 4,299,229

1982 · B. J. Howell · Applied Optics · 1

Automatic ray-surface intersection method (A)

1981 · B. J. Howell, Mark E. Wilson · Journal of the Optical Society of America A · 1

Patent Reviews: 3,183,763; 3,429,635; 3,433,553; 3,438,691; 3,438,692; 3,446,557; 3,447,857; 3,447,875; 3,457,000; 3,472,595; 3,474,280; 3,479,111; 3,479,118; 3,487,215; 3,486,829; 3,487,216; 3,487,227; 3,488,122; 3,488,124; 3,488,491; 3,488,503; 3,489,481; 3,492,596; 3,493,290; 3,493,752; 3,495,910; 3,497,696; 3,497,697

1970 · D. E. Williamson, B. J. Howell, et al. · Applied Optics · 1

Works count: 171

Citation count: 128

H-index: 5

I10-index: 1