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[Portable X-ray apparatuses for dentistry and maxillofacial surgery].

Potrakhov, N N; Potrakhov, E N; Griaznov, A Iu; Vasil'ev, A Iu; Balitskaia, N V; Boichak, D V.

Med Tekh ; (5): 8-10, 2012.

Article in Russian | MEDLINE | ID: mdl-23156026

Subject(s)

Dental Instruments , Radiography/instrumentation , Surgery, Oral/instrumentation , Humans , Image Processing, Computer-Assisted/instrumentation

[Radiation load exerted by PARDUS portable dental X-ray apparatuses].

Potrakhov, E N.

Med Tekh ; (5): 37-9, 2012.

Article in Russian | MEDLINE | ID: mdl-23156034

Subject(s)

Radiography/adverse effects , X-Rays/adverse effects , Dental Equipment/adverse effects , Humans , Radiography/instrumentation

[Microfocus roentgenography: an innovative medical diagnostic technology].

Potrakhov, E N.

Med Tekh ; (5): 44-6, 2012.

Article in Russian | MEDLINE | ID: mdl-23156036

Subject(s)

Bone and Bones/diagnostic imaging , Radiography , Humans , Radiography/instrumentation , Radiography/methods , Radiography/trends

[Specific features and physico-technical conditions of use of PARDUS-stoma X-ray diagnostic system].

Potrakhov, N N; Potrakhov, E N; Griaznov, A Iu.

Med Tekh ; (3): 36-8, 2009.

Article in Russian | MEDLINE | ID: mdl-19621490

Subject(s)

Radiography, Dental/instrumentation , Dental Equipment , Humans

[The PARDUS portable x-ray diagnostic system PARDUS for dentistry and maxillofacial surgery].

Griaznov, A Iu; Potrakhov, E N; Potrakhov, N N.

Med Tekh ; (5): 45-6, 2008.

Article in Russian | MEDLINE | ID: mdl-19048867

Subject(s)

Dental Equipment , Surgery, Oral/instrumentation , Facial Bones/diagnostic imaging , Radiography

[Radiation load associated with target-oriented and panoramic X-ray examination using portable X-ray equipment].

Potrakhov, N N; Potrakhov, E N; Griaznov, A Iu; Vorob'ev, B F.

Med Tekh ; (6): 35-7, 2008.

Article in Russian | MEDLINE | ID: mdl-19172882

Subject(s)

Head/diagnostic imaging , Phantoms, Imaging , Radiation Dosage , Radiography

[Effect of a pseudovolume image in multifocus radiography].

Vasil'ev, A Iu; Potrakhov, N N; Serova, N S; Griaznov, A Iu; Bulanova, I M; Potrakhov, E N; Alpatova, V G.

Vestn Rentgenol Radiol ; (4-6): 46-9, 2008.

Article in Russian | MEDLINE | ID: mdl-21337751

ABSTRACT

The effect of a pseudovolume image was theoretically substantiated on the basis of calculations. This was experimentally studied using with microfocus x-ray diagnostic apparatuses. Digital microfocus and standard x-ray study were compared using an experimental material. Microfocus x-ray study is a highly informative technique that shows a greater possibility to provide volume images of an object than does standard x-ray study.

Subject(s)

Bone and Bones/diagnostic imaging , Radiographic Image Enhancement/instrumentation , Radiographic Image Enhancement/methods , Radiographic Magnification , Adult , Cadaver , Femur/diagnostic imaging , Humans , Models, Theoretical

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