Category:Biophysics
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This category has only the following subcategory.
B
Pages in category "Biophysics"
The following 200 pages are in this category, out of 514 total.
(previous page) (next page)A
- Abbe's theory
- Abbe’s theory
- Absorbance
- Accommodation
- Acoustic impedance
- Acoustic pressure
- Acoustic resistence
- Action and Summation potential
- Action potencial (physiology)
- Action Potential
- Active transport
- Activity of a radioactive sample
- Adaptation of the eye to light intensity
- Adenosine triphosphate
- Adverse Noise Effects
- Alpha decay
- Alveolar surface tension and surfactant
- Amplitude
- Analog to digital and digital to analog conversion
- Analytical dispersion
- Angiography
- Annihilation
- Antiparticle
- Arterial and venous pressure
- Artificial tissues
- Assistive Technology
- Astigmatism
- Atomic absorption photometry / Details
- Audiometry
- Autophony
B
- Barotrauma
- Baryons
- Basics of X- ray Technology, Techniques of projections
- Beer's Law
- Beta decay
- Biofeedback
- Biological effects of ionizing radiation
- Biological Effects of UV Radiation
- Biological half-life
- Biological membrane
- Biological Membrane
- Biological membrane and membrane transport
- Biomechanics
- Biomechanics of blood circulation (from wikiscripta)
- Biomechanics of fluids
- Biomechanics of fluids and blood circulation
- Biomechanics of muscle contraction
- Biophysical principles in regenerative medicine
- Portal:Biophysics
- Biophysics of hearing
- Biophysics Sample test (1. LF UK)
- Biosignal characteristics
- Biosignal interference and artifacts
- Biosignal sensors and converters
- Biosignals
- BIOSIGNALS
- Biosignals from a biophysics perspective
- Biosignals from a biophysics perspective/signal distortion during transmission
- Biosignals from the point of view of biophysics
- Biosignals from the point of view of biophysics - frequency spectrum of the signal
- Biosignals from the point of view of biophysics/electrical biosignals in the organism
- Biosignals from the point of view of biophysics/obcyclic signal courses
- Biosignalsplux
- Black body radiation
- Blood pressure measurement/Catalog of methods in biophysics
- Bloodstream
- Bodyplethysmography
- Brachytherapy
- Bragg peak
- Buffers, buffering capacity, oxidation and reduction, electrode processes (1.LF UK, GM)
C
- Calorimetry
- Cavitation
- Cell bioenergetics
- Cesium and cobalt irradiators
- Characteristics of electrical biosignals
- Chemical potential
- Clarius C3
- CMYK color model
- Cobalt and cesium irradiators
- Collimator
- Collision ionization
- Colloidal dispersion
- Color of fabrics
- Color of sound
- Color of substances
- Combined lighting, glare
- Compton scattering
- Compton scattering of X-rays, apertures
- Compton's effect
- Compton's phenomenon - what it proves and benefits
- Compton's phenomenon - what it proves, the benefit
- Computed tomography (password)
- Computer tomography
- Conduction of electric current through the body
- Confocal microscope
- Construction and function of a light microscope
- Construction and function of optical microscope
- Contrast of optical microscope
- Contrasting in electron microscopy
- Coulomb's law and permittivity of medium
- CRT screen
- CT
- Current density
- Current measurement
- Cytoskeleton from the biophysical point of view
D
- Damped harmonic oscillator
- Daylighting
- Defects of optical systems
- Defibrillation and cardioversion 2
- Densitometry
- Depth of sharpness of optical microscope
- Dermatoscopy
- Detection of ionizing radiation
- Diadynamic currents
- Diagnostic use of ultrasound
- DICOM
- Differential amplifier 2
- Diffraction of light
- Diffusion
- Digital image
- Dispersion of light
- Dispersion systems
- DNA chips
- DNA microarray
- Doppler echocardiography
- Doppler Effect
- Doppler effect
- Doppler Flow Meter
- Doppler imaging
- Doppler phenomenon
- Doppler sonography
- Doppler sonography (2nd Faculty of Medicine, UK)
- Doppler ultrasonography
- Doppler ultrasonography in medicine
- Dosimetry
- Driven harmonic oscillator
E
- ECG examination
- ECG/Catalog of methods in biophysics
- Echocardiography
- EEG/Catalog of methods in biophysics
- Effect of ionizing radiation on the organism
- Effect of low temperatures on the organism
- Effective, physical and biological half-life
- Effects of electric current
- Effects of electric current on the organism
- Effects of electromagnetic fields on the organism
- Effects of extreme temperatures on living organisms
- Effects of high temperatures on the organism
- Effects of low temperatures on the body
- Effects of Ultrasound
- Effects of ultraviolet radiation
- Talk:Elastic and inelastic scattering
- Elastic and inelastic scattering
- Elasticity
- Elasticity and stiffness on subcellular level
- Elastography
- Electric and magnetic fields
- Electric dipole
- Electric potential
- Electrical and magnetic properties of tissues
- Electrical impedance
- Electrical impedance of tissues
- Electrical impedance/NMgr
- Electrical properties of colloids
- ELECTRICITY AND HUMAN BODY
- ELECTRO THERAPY
- ELECTRO-MAGNETIC RADIATION
- Electrocardiography (2. LF UK)/Evaluation
- Electrocardiography 2 (2. LF UK)
- Electrocautery
- Electrochemical corrosion of metals in the oral cavity
- Electrochemical potential of protons
- Electrochemistry
- Electroconvulsive therapy
- Electrode events
- Electrode events/Electrochemical potential
- Electroencephalography
- Electrolysis
- Electromagnetic interaction
- Electromagnetic ionizing radiation
- Electromyography
- Electron binding energy, ionization, excitation
- Electron microscope
- Electron microscopy (3LF)
- Electron shell of heavy atoms
- Electron-positron pairs
- Electrophoresis
- Electrophysiological methods in clinical diagnostics
- Electrostatic field
- Electrostimulation
- Electrostimulation methods
- Electrotherapy
- Elementary particles
- EMG/Catalog of methods in biophysics
Media in category "Biophysics"
The following 36 files are in this category, out of 36 total.
3---Mitral-Annulus-Tissue-Doppler 2008-09-18-11-43-26 0.jpg 504 × 340; 29 KB
4.1.3 - Range hearing.png 912 × 557; 81 KB
4.1.4 cochlea frequency base to apex.png 741 × 516; 356 KB
4.1.4 sound waves for øret.png 961 × 346; 135 KB
4.1.4tectorial membrane.png 695 × 469; 152 KB
4.2 farger.png 366 × 336; 111 KB
4.2 wavelength.png 703 × 335; 205 KB
4.2 wavelengthspectrum.png 978 × 522; 227 KB
4.2.4retina.png 669 × 445; 177 KB
4.2.4rhodsandconesgraf.png 570 × 449; 244 KB
4.2.4rodsandconesgraf2.png 820 × 535; 258 KB
4.2.5lightineye.png 510 × 427; 48 KB
4.2.5lightineye2.png 482 × 397; 44 KB
4.2.6colorblindness.png 364 × 370; 182 KB
4.2.6crosssection.png 541 × 462; 237 KB
7.3.4curveofhealthymuscle.png 828 × 622; 360 KB
Aortic-thrombus-Rt-popl-Art-1c.jpg 820 × 614; 58 KB
Captura de ecrã 2015-12-07, às 19.44.00.png 718 × 1,074; 255 KB
Ciliaflagella.gif 409 × 254; 28 KB
Devwav.gif 504 × 209; 11 KB
Doppler-Effect.png 1,087 × 681; 405 KB
Eye anatomy.png 581 × 527; 161 KB
F2.large.jpg 1,280 × 1,185; 191 KB
Laser flux.png 151 × 34; 6 KB
Light bulb.png 50 × 50; 4 KB
Lymphocyte.gif 379 × 184; 14 KB
Mic2.gif 497 × 233; 6 KB
Music1.png 700 × 525; 85 KB
Opening.jpg 388 × 527; 40 KB
P98.jpg 640 × 480; 100 KB
Parts of the ear.png 800 × 600; 109 KB
Picture Doppler1.jpeg 662 × 396; 46 KB
Picture2 Doppler.jpg 500 × 367; 40 KB
Squeme.jpg 960 × 408; 21 KB
Sťahovanie.jpg 270 × 187; 11 KB
WT07.01.Figure1.jpg 600 × 314; 59 KB
