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Infrared Photography: A Beginner’s Guide | Adobe
- https://www.adobe.com/uk/creativecloud/photography/discover/infrared-photography.html#:~:text=What%20is%20infrared%20photography%3F%20Infrared%20photography%20is%20used,of%20the%20light%20spectrum%20goes%20way%2C%20way%20further.
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An introduction to infrared (IR) photography | Adobe
- https://www.adobe.com/creativecloud/photography/discover/infrared-photography.html
- What is infrared photography? The human eye cannot see infrared light. It lies beyond the visible light spectrum. But you can take photographs with an infrared filter or infrared film, which produces intriguing effects, to peer into this world. Colors and textures take on unique properties when reflected with infrared light, also known as IR light.
Beginner’s Guide to Infrared Photography in 2022 - Shotkit
- https://shotkit.com/infrared-photography/
- Infrared photography creates images by capturing a different type of light than the one you naturally see. To elaborate on that: photography is done by capturing the light that bounces off the objects in front of the camera. This can be done using a digital sensor or a light-sensitive film. ‘Regular’ photography captures the same type of light that we see.
Infrared Photography: A Beginner’s Guide | Adobe
- https://www.adobe.com/uk/creativecloud/photography/discover/infrared-photography.html
- Infrared photography has its practical purposes – it’s used by dentists to detect decay [1] and by doctors to trace varicose veins [2]. More generally, IR photography lends an ethereal, otherworldly atmosphere to what’s on our camera roll.
What is infrared photography? - Kolari Vision
- https://kolarivision.com/what-is-infrared-photography/
- Infrared photography is a look into the invisible world. The human eye can see wavelengths from about 400nm-700nm (from purple to red); infrared is the light beyond 700nm. IR photography can be done with either infrared film, or a digital camera, and typically involves near infrared light in the 700nm to 1200nm range.
The Beginner's Guide To Infrared Photography - Pixsy
- https://www.pixsy.com/the-beginners-guide-to-infrared-photography/
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Introduction to Infrared Photography
- https://photographylife.com/introduction-to-infrared-photography
- Infrared, or “IR” photography, offers photographers of all abilities and budgets the opportunity to explore a new world – the world of the unseen. Why “unseen”? Because our eyes literally cannot see IR light, as it lies just beyond what is classified as the “visible” spectrum – that which human eyesight can detect.
Infrared photography - Wikipedia
- https://en.wikipedia.org/wiki/Infrared_photography
- In infrared photography, the film or image sensor used is sensitive to infrared light. The part of the spectrum used is referred to as near-infrared to distinguish it from far-infrared, which is the domain of thermal imaging. Wavelengths used for photography range from about 700 nm to about 900 nm. Film is usually sensitive to visible light too, so an infrared-passing filter is used; …
Infrared Photography: How to Get Started (Beginner’s …
- https://digital-photography-school.com/3-things-know-infrared-photography/
- Infrared photography uses infrared light to expose photos, a form of electromagnetic radiation that lies below the visible spectrum. Humans cannot see infrared light, but camera sensors can, and this IR sensitivity can be used to create images.
What Is Infrared Photography? A Beginner's Guide - MUO
- https://www.makeuseof.com/infrared-photography-for-beginners-guide/
- Infrared film photography is a process, one that takes place throughout the entire life of the photograph. It requires a specific type of infrared film stock that cannot be processed and developed in the same type of chemicals as ordinary film.
The Ultimate Infrared Photography Guide
- https://chriswright.photography/infrared-photography-guide/
- Visible light occurs between roughly 400 and 700 nanometers bounded by ultraviolet and infrared. The wavelengths we are interested in for infrared photography are approximately 700 – 900 nanometers. i.e outside the visible spectrum.
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