Rodion Eshmakov (Intagram).
- Progress microscope objective 9×0.20 190-P (OM-13P)
- Review of the lens for technical cameras Witrue HD 75mm 1:2.8 C-mt 10 Mega Pixels
- Jupiter-3 1:1.5 F=5cm P (1952, KMZ). How many different Jupiter-3s were there?
- Microscope objective Carl Zeiss Jena 10/0.30 160/-
- Review of the adapted reproduction lens OF-460 F=78 1:5,6 (KOMZ, 1973)
- Comparative review and analysis of the optical scheme of Jupiter-12 1:2,8 F=3,5 cm (1962, "Arsenal")
- Microscope objectives 3.7×0.11 (OM-12), 4.7×0.11 (LOMO, Progress): review and test
- Review and test of the LOMO M42 8×0.2 achromatic microscope
- Review and test of the OM-27 20×0.4 (Progress) achromatic microscope
- Review, analysis and large comparative test of microscope objectives LOMO Plan 9×0.20 and 10×0.20 (OM-2)
- Review and research of the artistic lens Zenit Selena 1.9/58C (Canon EF)
- Review and comparative test of microscope achromat 20/0.40 160/0.17 (China, no-name)
- Review of the microscopic objective-planachromat L Plan 20×0.40 ∞/0 F=200 WD=12
- Industar-61 50/2.8: history of origin and development, adaptation, comparative review and test of the early version of FED I-61
- Review, analysis and comparative test of the adapted projection lens LOMO RO500-1 F=90 1:2
- Review of the format reproduction lens OF184m 1:9 F=15cm P (Industar-11M, LZOS, 1959)
- Analysis: spherical aberrations and lens design - from “periscope” to apochromat
- Review of the planachromat microscope objective Plan 20×0.4 160/0.17 (no-name, China)
- Review of achromat microscope lens LOMO 21×0.4 190-P (OM-8P)
- Review of the low magnification lens 2/0.05 160/- (no-name, China). Problems of constructing low magnification lenses for microscopes
- Review and test of achromat microscope lens 4×0.1 160/0.17 (China, no-name)
- Modification and test of achromat microscope lens 10×0.25 160/0.17 (China, no-name)
- LOMO P-6M F=12cm 1:1.6
- Rollei Sonnar 40/2.3
- LOMO 10×0.4 L (OM-33L)
- Lomography x Zenit New Jupiter-3+ 1.5/50
- Review of the LOMO Epi 9×0.2 microscope lens, adapted in two versions to the RMS standard
- Comparison of the pattern and image quality of projection and film lenses RO2-2M 75/2, LOMO Zh-53 75/2, LOMO RO506-1 80/2
- Microscopic optics on a camera. Review of microscope lens Plan 4×0.1 160/0.17 (China, no-name)
- LOMO RO506-1 F = 80 1: 2
- Meopta Meostigmat 90/2
- Vega-9 2,1 / 50
- Tair-3 1:4,5 F=30 cm
- Projection aplanates: “Petzvali” and “Richter”
- Minolta MC Rokkor-PF 1: 1.4 f = 58mm
- RO2-2M 75/2
- 7Artisans 28 / 1.4 DJ-OPTICAL
- FED 1:3,5 F=50 mm
- Voigtländer Ultron 1:2/28
- Laina TS-E Mount II
- 7artisans 35mm F2.0 (Leica M)
- "Era" LOMO OKP8-90-1 F=90 1:2
- 35KP-1,8 / 65
- “KO-140” 1:2,2 F–14cm
- SMC Pentax 1:1.2/50 Asahi Opt. Co.,Japan
- Voigtlander Ultron 21mm F1.8 Aspherical
- 7Artisans 35mm F / 5.6 wen
- Lomography x Zenit New Russar+ 5.6/20 L39/M
- Zenitar 0.95 / 50
- Adapted projection lens LETI-60/60M F=92 1:2 (KOMZ)
- Carl Zeiss Jena Tessar 1: 3,5 f = 7,5cm
- Zenit IR Tele 2,8/135
- Film projection lens 35KP-1,8/120 adapted for use with modern cameras
- Optical materials and their applications - lecture by Rodion Eshmakov, Astrofest 2023
- Mir-25MT 3,5/30 (KMZ). Overview of the adapted lens from the endoscope
- Optical materials and their applications
- MP RSFSR GLAVOCHTEKHPROM PLANT №6 ★ F=7.7cm ★
- Lightdow f/6.3 MF 500mm Mirror Lens
- Voigtländer Braunschweig Heliar 1:4,5 F=13,5cm
- "Plastic-fiction": Triplet-69-3 40 / 3.5 from the "Viliya-auto" camera as a "pancake" for SLR cameras + computational bonus: studying the "Triplet" scheme in Zemax
- LOMO OKP4-80-1 F=80 1:1,8
- Meopta Meostigmat 100/1.7
- TTArtisan DJ-OPTICAL 50 / 2
- LENKINAP OKS1A-75-1 F=75 1:2 P
- Carl Zeiss Jena SO-3.1 P-Flektogon 35/2.8
- Carl Zeiss Sonnar 2.8 / 135 T * (C / Y)
- Pentakta 4/40 Microfiche Projection Lens Adapted for Mirrorless Cameras
- Unmarked brass aplanat 150mm F/8 from the second half of the XNUMXth century
- Samyang Mirror Lens 500 mm 1:6.3 DX. Comparison with Rubinar 500/5.6.
- Miranda 24mm 1:2.8 MC Macro (Cosina 24/2.8 MC Macro).
- Shift adapter Fotodiox Pro Shift EOS-NEX as a means of taking "medium format" pictures on a small format camera
- About the development of new LZOS lenses presented at the Innoprom-2022 exhibition
- Ross London Wide Angle Xpress 5in F/4. Overview of an aerial photographic lens from the Second World War
- LOMO P-5 F=90 1:2. Overview of a projection lens adapted for mirrorless cameras
- Sony A7s Impressions
- LOMO Zh-54 F=85 1:2/ Overview of a projection lens adapted for use with modern cameras
- Uran-27 1:2,5 F=10cm (KOMZ) - aerial photography lens adapted for use with modern cameras
- KO-120 1:2.1 F=12cm. An overview of the adapted film projection lens
- Filming LOMO OKS1-300-1 F=300 1:3.5
- MS Rubinar 2/100 (LZOS, 1992). Overview of a prototype telephoto portrait lens
- Interview with the ex-head of the optical sector of consumer goods and civilian products of the Krasnogorsk Mechanical Plant Vladimir Bogdankov - especially for Radozhiva
- Vega-11U 3/54 (MMZ) - enlarger lens adapted for modern cameras
- 50/1.2 lens of tank night vision device TVNE-4B (IPZ, Ukraine), adapted for mirrorless cameras
- Belar-2 2,5/90 (MMZ). Review of a rare slide projection lens adapted for modern cameras
- 37 mm F/1.0 lens from night vision goggles PNV-57E (LZOS), adapted for mirrorless cameras
- Mirror-lens 5x lens of the night vision device "Katod MNV", adapted for mirrorless cameras
- Demilitarization: 50mm f/1.5, TVNO-2B tank night vision lens adapted for mirrorless cameras
- Projection 16KP-1,4 / 65 (IPZ, Ukraine), adapted for use with mirrorless cameras
- Overhead projection Triplet-5 100 / 2.8 (Rogachevsky plant "Overhead projector") with a homemade 0.7x speed booster
- Boyer Paris Saphir 1: 1.9 F = 75
- KO-90 1: 1,9 F = 9cm
- Russia is the homeland of elephants "or how KMZ made new lenses for professionals
- 7Artisans DJ-OPTICAL 50 / 1.1
- Industar-26m 1: 2,8 F = 5 cm P V2
- MSZM-7K 5,6 / 300
- Triplet 78 / 2.8
- Carl Zeiss Jena Tessar 1: 2,8 f = 80 mm T
- Pentacon 2.8/125mm
- Carl Zeiss Jena Tessar 1: 2,8 f = 7,5cm
- Carl Zeiss Jena 1Q Tessar 3,5 / 105 T
- MC Rubinar 5,6 / 500 Macro
- Cyclop 1,5 / 85
- PUSK-16 (50 / 2.8)
- Carl Zeiss Jena Dokumar 8/38
- Canon Lens EF-S 24mm 1: 2.8 STM
- Nippon Kogaku Japan Nikkor-P Auto 1: 2.5 f = 105mm
- Tokina 17 / 3.5 RMC (II)
- RMC TOKINA 80-200mm 1: 4
- RMC Tokina 100-300mm 1: 5.6
- Industar-29 1: 2,8 F = 8cm P (Arsenal)
- INDUSTAR-22 1: 3.5 F = 50mm. Moscow (KMZ)
- Industar-50 3,5 / 50 (LZOS, 1969)
- Industar-61L 2,8 / 50 (LZOS)
- Industar-24M 1: 3,5 F = 10,5 cm P (KMZ)
- Industar-26m 1: 2,8 F = 5 cm P (FED)
- I-26m (Industar-26M) 52 / 2.8
- Industar-22 1: 3,5 F = 5cm P (KMZ, 1954)
- Industar-61L / D 2,8 / 55
- Industar-55U 140 / 4.5
- Industar-58U
- Industar-22 1: 3,5 F = 50mm P (KMZ)
- Helios-44 1: 2 F = 5,8 cm P KMZ
- Helios-65T 1: 2 F = 5cm (KMZ)
- Era-12 125/4
- Jupiter-21T 200/4, KMZ (1968)
- JUPITER-9 1: 2 F = 8.5cm (KMZ)
- MC Jupiter-9 2/85 (LZOS)
- Jupiter-9 1: 2 F = 8,5cm P (KMZ, 1959)
- JUPITER-8 2/50 (KMZ, M39)
- Jupiter-3 1: 1,5 F = 5cm P (ZOMZ, 1963)
- Jupiter-12 2,8 / 35 (LZOS, 1973)
- Zorky BK 1:2,8 F = 3.5cm P (prototype Jupiter-12)
- MC MIR-20M 3,5 / 20
- MIR-1 2,8 / 37A (ZOMZ, 1973)
- MC Zenitar 1.2 / 50s
- TAIR-3 4,5 / 300-A (ZOMZ, 1967)
- Tair-62T 95 / 2.5
- Tair-41 50/2 (LZOS)
- Vega-5U 4/105 (MMZ)
- Vega-22UTs F / 5.6 (2.5) 103 mm (MMZ)
- VEGA-3 2,8 / 50 (KMZ)
- VEGA-M-1 2,8 / 35 from the rare Narcissus chamber
- MC RUBINAR 300/4.5 Macro
- MC Rubinar 8/500 MACRO
- TRIPLET Triplet 2.8 / 78 (MMZ)
- PO 500-1 F9CM. 1: 2 P
- Soft achromat 135 / 2.8
- Triplet-69-3 4/40
- Triplet 69-3 4/40 from the Silhouette-Electro camera
- Overhead lens Triplet 78 / 2.8
- KO-120M 1: 1.8 F = 120mm
- KO-120M 120 / 1.8 with a diaphragm and helicoid
- 35KP-1,8 / 75
- 35KP-1.8 / 120
- 35KP-1.8 / 100 (MMZ named after Vavilov)
- Uranus-27 (Uranus-27) 2.5 / 100
- Instrument lens option FS-2 300 / 4.5
- Filming lens LOMO OKS1-40-1 40 / 2.5
- LENKINAP RO500-1 F = 9cm 1: 2 P
- ZM-5A 8/500
- LOMO T-43 40/4
- Review of a homemade lens-achromat 50 / 3.5 from gluing the Zenit-TTL sighting device
- OF-457 F=137 137/5.6(3.5), KOMZ
- FED-5
- LOMO OKS11-35-1 F = 35 1: 2
- LOMO OKS1-22-1 F = 22 1: 2.8
- Minitar 1 1: 2.8 32 mm (LOMO)
- LOMO J-53 F = 75 1: 2
- 1Q T 1: 2.8 f = 50 aus Jena (Carl Zeiss Jena Tessar 50 / 2.8 DDR)
- Carl Zeiss Jena 1Q Pancolar 2/50
- MC Carl Zeiss Jena DDR Pancolar auto 1.8 / 80
- Carl Zeiss Jena Tessar 1: 2,8 f = 8cm
- MC CARL ZEISS JENA PRAKTICAR 1: 1.4 f = 50mm
- Carl Zeiss Jena 1Q Sonnar 2,8 / 180
- Carl Zeiss Jena DDR Sonnar 4 / 300
- Carl Zeiss Jena DDR Tevidon 1.8 / 50
- Petzval 180 mm f / 4.5 (A. Darlot, Paris, 1862)
- VMC Vivitar Series 1 Macro Focusing 28-90 MM1: 2.8-3.5
- Westron 35 / 2.8
- Meyer-Optik Görlitz Primoplan 1: 1.9 / 58 V
- MC PENTACON PRAKTICAR 1: 2.4 f = 50mm
- KONICA HEXANON AR 40mm 40mm F1.8 (40 / 1.8)
- Schneider Super Cinelux 70/2
- Rodenstock Rodagon 1: 2.8 f = 50 mm
- Zenit-12SD
- Pentakta 2.8 (2) / 30
- Vega-23 150/3.5. Implementation of vignetting control "in glass and iron"
- Canon Lens EF 40mm 1: 2.8 STM. Jubilee hundredth review from Rodion Eshmakov
