Studio

Auf Pro upgraden

Registrieren

Colorful scientific diagram of a p-n junction showing p-doped and n-doped regions with silicon, boron, and phosphorus atoms, and charge carriers.

Erstelle ein Bild zur Veranschaulichung der Dotierung. Das Bild soll auf Atomebene sein also eine Art Kristallgitter. Der Stoff Silizium soll durch Bor und Phosphor verunreinigt werden. die beiden Seiten solllen mit p und n dotiert gekennzeichnet sein. Au´ßerdem sollte man zwischen den beiden Seiten die Sperrschicht erkennen und auf der jeweiligen Seite Plus und Minuspol in Durchlassrichtung. .Bitte als Kristallgitter also nicht in 3D.Bitte erstelle das Bild auf anschaulicher ebene, also winfach nur kreise mit umringten elektronen(Anzahl des Stoffes)und dann einfach in 2 seiten mit einem Strich getrennt und dann halt die restlichen anforderungen.schematische Atomgitterdarstellung eines p-n-Übergangs“ Mehr sehen

#science #physics #diagram

More images like this

Scientific illustration showing electric field lines originating from two red positive charges and converging on a blue negative charge.

2D science diagram illustrating a thundercloud, ground polarization, and a lightning strike.

Colorful crystalline molecular structures interacting with a dark, porous surface, depicting chemical processes.

Scientific graph showing a colorful curve representing characteristic relaxation time (τ) influenced by temperature, thickness, and free volume, with β value 0.45-0.51. Abstract background.

A colorful sketch illustrating the chemical structures of hydrogen (H2), oxygen (O2), and water (H2O) molecules.

Illustration of states of matter: tightly packed blue particles (solid), loosely packed orange particles (liquid), and scattered red particles (gas).

A 3D illustration of an electrical circuit diagram with a 12V source and three parallel resistors: 220 Ohm, 470 Ohm, and 1.0 kOhm.

A hand-drawn free body diagram on graph paper shows a 250kg block with a 150N force arrow to the east and a 350N force arrow 45 degrees south of west.

A 3D radar signal pattern chart with a large red main lobe and several smaller rainbow-colored side lobes, labeled with Gain (dB), Bearing angle, and Elevation angle.

An infographic showing six hydro-geophysics methods: Electrical Resistivity Tomography, Induced Polarization, Towed Transient Electromagnetic, Piezometric Water Levels, Chemical Concentrations (with bar chart and molecular structures), and Lithological Logs.

A diagram illustrating five types of chemical bonds: ionic, covalent, metallic, hydrogen, and van der Waals forces.

An electrical schematic diagram with AC input, a bridge rectifier, transformer, load with 90V square wave output, and a battery bank.

An abstract glowing 3D grid surface and a Bezier curve with control points B0, B1, B2, B3 on a dark background.

A scientific diagram illustrating polar covalent, ionic, and nonpolar covalent bonds with colorful spheres and lightning effects.

Close-up of silvery spheres representing platinum atoms surrounded by floating red and white molecules of water and oxygen against a grey background.

A diagram showing electric field lines around two positive red charges and one negative blue charge.

A clear illustration of a parallel circuit with red, yellow, and green LED lights, a switch, and a resistor, all labeled.

3D illustration of an ionic bond, with a blue sphere (cation) transferring electrons (e) via blue arrows to a brown sphere (anion).

Venn diagram illustrating De Morgan's Law with glowing red (A) and blue (B) circles on a cosmic background.

Physics diagram showing a hand pulling a string, an elastic, and a block 'M' on a frictionless table with velocity 'v', labeled 'L'.

A brown cube and a silver sphere with the formula for kinetic energy above each, illustrating physics concepts.

A diagram of an atom with a central nucleus of red and yellow spheres, orbited by blue electrons in three concentric white rings. The text 'Al' is at the bottom.

A glowing blue diagram illustrating magnetic induction, with field lines emanating from an 'S' pole block to an 'N' pole, labeled with 'H' and 'B' fields.

Hand-drawn diagram explaining ionic, covalent, and hydrogen bonds with labeled atoms and descriptions.

A detailed scientific illustration of a sodium-potassium pump embedded in a cell membrane, with Na+ ions moving out and K+ ions moving in.

Physics diagram illustrating Newton's second law, showing a sphere labeled M with force F, resistance R, and acceleration a, alongside the equation F=Ma.

A Lewis diagram of a carbon tetrachloride (CCl4) molecule, featuring a central glowing teal sphere labeled 'C' bonded to four surrounding 'Cl' spheres, each with electron dots.

Three colored lines (red, blue, green) intersect at a glowing point labeled J in a minimalist, diagrammatic style. The lines are also labeled A, B, and C.

Labeled diagram of a neuron and the sodium-potassium pump, showing Na+ and K+ ion movement.

A vibrant, neon-colored graph displays multiple parabolas with their algebraic equations and transformation vectors on a dark blue grid.

A black and white circuit diagram showing a voltage source connected to a 10 Ohm resistor and a 40 Ohm resistor in parallel.

Chemical diagram showing the reaction of Compeund 3 and Compound 4 to form a dipeptide with the release of H2O.

Abstract depiction of atomic decay with purple Rb and gray Sr clusters connected by glowing energy tendrils in a dark, starry cosmic background.

Black and white diagram of a cell, labeled with cell membrane, cytoplasm, and nucleus.

A blue gradient line graph titled 'ENDOTHERMIC REACTION', with 'Temperature' on the y-axis and 'Time' on the x-axis.

A diagram of an electrical circuit with a 9V battery, a resistor, a red LED, and a blue LED connected by wires.

A stylized chemical reaction diagram illustrating the carboxylation of a Grignard reagent, showing molecular structures, reagents like THF, CO2, and HCl, and chemical formulas as steps in the synthesis.

Scientific diagram showing photon absorption, localized heating, and molecular changes, with text labels for each stage.

Scientific illustration of hexagonal BN platelets in a blue epoxy matrix with red heat flow arrows, inset shows atomic structure.

A scientific chart showing reaction rate against temperature and concentration, with glowing curves and molecular diagrams.

A physics diagram illustrating Newton's second law, showing a grey cube labeled M, a force vector F, an acceleration vector a, and the equation F=M a.

Minimalist black and white graph showing a sine wave, with x-axis labeled 't' and y-axis labeled 'V, I, p, T'.

Scientific diagram showing the real-time formation of gold nanostars with TEM images at different time points and corresponding UV-Vis spectra.

A scientific illustration of an ionic bond where a blue sodium atom (Na+) transfers an electron to a red chlorine atom (Cl-).

A colorful circuit diagram illustrating the Superposition Principle with labeled resistors, voltage source, and current sources on a grid background.

Detailed illustration of a Sodium atom with 11 electrons and a Calcium atom with 20 electrons, showing nuclei and electron shells.

Blue Sodium (Na) atom and green Chlorine (Cl) atom exchanging an electron, depicting an ionic bond in a cosmic setting.

A colored pencil diagram illustrating an atom with nucleus and electron, several identical atoms forming an element, and a water molecule (H₂O) with labels in English and Arabic.

3D render of molecules interacting with a dark blue surface, showing hexagonal and porous textures, illustrating adsorption.

An illustration of a nonpolar covalent bond showing two large grey spheres connected by a smaller grey sphere, with text below.

An illustration of an oxygen Bohr model, showing blue electrons orbiting a central nucleus composed of red protons and grey neutrons, against a white background.

A glowing molecular lattice of red and blue spheres connected by translucent rods, set against a dark, starry cosmic background.

A white line diagram of a 1x2 demultiplexer circuit with inputs D, A, Ā, and outputs O1, O2, on a dark blue grid.

Diagram showing CO2 and H2O molecules reacting with light energy to produce O2 and other molecules, in an abstract, glowing style.

Electrical circuit diagram with three cells, a voltmeter, ammeter, resistor, and switch, all glowing neon blue.

A diagram illustrating a Thin-Layer Chromatography (TLC) setup with labeled components in a beaker.

A glowing blue and orange electrolysis setup in a glass beaker with water, molecules, and an electric arc.

3D rendering of a standing wave on a string, labeled with lambda for wavelength, A for antinode, and N for node.

A technical diagram of an energy-generating bench with piezoelectric layers, a spring-dynamo mechanism, an electronic module, battery, and USB output.

Molecular illustration of a platinum catalyst converting hydrogen peroxide into oxygen and water, with floating chemical formulas.

A biochemical graph illustrating enzyme activity: reaction velocity versus substrate concentration, comparing no inhibition to non-competitive inhibition.

A clear illustration of a solar panel IV-curve graph, labeling Current, Voltage, MPP, and MPPT, with solar panels in the background.

An electron cloud model with a central nucleus of red protons and grey neutrons, surrounded by white electron particles on orbital paths. Labels indicate 'Electron Cloud Model', 'electron', 'proton', and 'neutron'.

A 3D scientific diagram showing translucent blue and green film layers with spheres on a gridded base, with various molecular structures floating above.

A technical diagram illustrating sin-cos positional embedding with sine and cosine waves flowing through a 3D grid, labeled as a feature block.

A scientific diagram illustrating water molecules, showing red oxygen atoms bonded to white hydrogen atoms. Covalent and hydrogen bonds are labeled, along with individual oxygen and hydrogen atoms, but also an incorrect "HO" label.

Geometric diagram with a translucent plane labeled 'alpha', intersecting lines 'c' and 'd', and a central point 'K' on a blue gradient.

Glowing orange Na+ and blue Cl- ions form an ionic bond with energy trails on a dark background in a digital style.

A scientific illustration showing lithium ceramic pebbles in a furnace with varying heating rates, alongside a time-series graph.

Illustration of laboratory setups for nanoparticle separation, including magnetic, size-exclusion, density gradient, and membrane filtration.

Glowing white physics formula for gravity on a starry cosmic background.

Graphing paper with x and y axes, a red thumbtack marking point (240,15), and glowing math equations scattered.