Collection of Electron Cliparts (92)

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A focused gallery of electron illustrations that balance clean outlines with bolder filled styles, ready for quick drop in projects and worksheets.

A classic Bohr model representation of a helium atom-two electrons orbiting a nucleus of two protons (red) and two neutrons (green).

A basic Bohr model depicting a central red nucleus with a single blue electron in orbit.

A classic Bohr-style atomic model depicting the nucleus and electron shells-useful for introductory chemistry and physics education.

A classic Bohr model representation of an atom, with a central nucleus and electrons moving in defined orbital paths.

A clean, centered white line against a black backdrop-perfect for subtle visual separation or loading states.

The image is a diagram of an atom, which is a type of chemical element. The atom is made up of six interconnected lines, each representing a different element. In the center of the atom, there is a cluster of purple spheres. The spheres are arranged in a symmetrical pattern, with the largest sphere at the top and the smallest at the bottom. The lines are connected by a thin red line, creating a sense of depth and dimension. The background is white, making the red lines stand out.

A simplified Bohr-style atom diagram with a central nucleus and five orbiting electrons on red elliptical paths.

This Bohr model shows aluminum (Al) with 13 electrons: 2 in the first shell, 8 in the second, and 3 in the outermost third shell.

Classic Bohr model illustrating electrons (blue) in quantized orbits around a positively charged nucleus (red).

Scientists collaborate around a towering electron microscope in a meticulously rendered mid-20th-century laboratory, highlighting teamwork and technological advancement.

A hand-carved linocut depiction of a traditional compound microscope, emphasizing its iconic silhouette and functional components.

A clear layout of standard electrical schematic symbols, from power supply (Vcc, GND) to passive components (R1, C1), switches (S1), and semiconductor devices.

This universal fuse symbol indicates a protective component that interrupts current during overloads.

A timeless outline-style bell illustration, ideal for UI elements or symbolic representations of sound and announcements.

Standard photodiode symbol used in electronic schematics, indicating light-sensitive operation and polarity.

The standard schematic symbol for an LED, showing current direction and light emission.

A colorful 3D representation of an atom, with a red nucleus at the center and electrons orbiting in distinct energy levels.

Sodium (left) has one extra electron beyond a stable octet; chlorine (right) needs one electron to complete its outer shell-this transfer creates Na⁺ and Cl⁻ ions.

A labeled cutaway view of a transmission electron microscope, tracing the electron beam from the heated filament through electromagnetic lenses to the final image on the fluorescent screen.

A simplified Bohr model of an atom with a yellow nucleus and three colored electron paths representing distinct energy levels.

A stylized representation of an atom showing a central nucleus surrounded by three orbiting electron paths.

A dynamic campaign speaker rallying support with bold “VOTE” signs in red, white, blue, and green-perfect for inspiring civic participation.

Detailed schematic of the mitochondrial intermembrane space showing electron flow through Complexes I-IV, proton movement, and ATP generation via ATP synthase.

A stylized diagram of an atom featuring a positively charged nucleus and three electrons in elliptical orbits.

The image is a round badge or button with a red and blue color scheme. The center of the badge has the words "Election Day" written in white capital letters. The word "Day" is written in a larger font size than the rest of the text. The badge appears to be made of a shiny material and has a glossy finish. The background of the image is white.

A simplified Bohr model of an atom, depicting a central nucleus surrounded by electrons in quantized orbits.

A labeled cross-section of a scanning electron microscope illustrating key components and electron pathways during imaging.

The image is a line drawing of a microscope. It is a green-colored machine with a long arm and a handle on the right side. The arm is curved and has a small knob on the top for adjusting the angle of the microscope. On the left side of the arm, there is a small cylinder with a black cap on top. The cylinder appears to be made of plastic or a similar material. The handle is attached to the arm with two screws. The background is white.

This vector-style arrow with dual parallel lines typically represents a diode in electronics diagrams or indicates leftward data flow in interfaces.

A stylized depiction of casting a vote-hand inserting a pink ballot into a secured yellow ballot box.

A standard rotary potentiometer with a knurled shaft, black casing, white stripe, and three gold-plated connection terminals.

A dynamic globe wrapped in flowing bands and an arrow, visualizing real-time global data movement and integration.

The image is a digital illustration of an atom. The atom is in the shape of an X, with two protons on either side. The protons are connected by a series of lines, creating a geometric pattern. In the center of the atom, there is a red circle with a black outline. On the left side of the image, there are two blue and green spheres, representing the atoms. The background is a light brown color.

The image is a black and white illustration of an atom. The atom is in the center of the image and is made up of six interconnected lines, each with a small blue circle in the middle. The lines are arranged in a symmetrical pattern, creating a sense of balance and symmetry. The blue circle is the focal point of the atom, and the green circles are evenly spaced around it. The background is transparent, making the atom stand out.

The image is a circular icon with a red circle in the center. The red circle is slightly larger than the blue circle and is slightly smaller than the red circle. The background is transparent, making the red and blue colors stand out. The image appears to be a digital illustration or graphic design.

The image is a graphic illustration of an atom. The atom is made up of three rings, each with a different color - red, blue, and green. The red ring is on the left side of the image, the blue ring is in the center, and the green ring is at the bottom. The yellow ring is surrounded by two red and blue spheres. The background is white. The image has a transparent background.

The image is a black circle with a red circle in the center. The red circle is slightly larger than the blue circle and is slightly smaller than the black circle. The blue circle is on the right side of the circle and appears to be floating in the air. The background is transparent, making the red circle and blue circle stand out. The image is simple and cartoon-like.

The image is a graphic representation of an atom. It consists of three lines, each representing a different element of the atom. The first line is red, the second line is green, and the third line is blue. The lines are arranged in a symmetrical pattern, with the red line at the top and the green line in the middle. The yellow line is in the center of the image, and it appears to be a circle with a small dot in the outer edge. The background is white.

Bohr model of an aluminum atom (atomic number 13), illustrating electron distribution across K, L, and M shells: 2, 8, and 3 electrons.

The official Electron logo-representing unified desktop application development across Windows, macOS, and Linux.

The image is a 3D model of a molecular structure. It consists of six interconnected spheres of different colors - green, orange, blue, and yellow. The spheres are connected by black lines, creating a network-like structure. The background is transparent, allowing the colors of the spheres to stand out. The image appears to be a representation of a chemical compound or molecule.

The image is a 3D illustration of an atom. The atom is made up of a series of interconnected lines, with a central orange sphere in the center. The sphere is surrounded by three blue spheres on either side. The lines are connected by a thin black line, creating a symmetrical pattern. The background is transparent, making the atom stand out.

A simple yet expressive stick figure captured mid-run, perfect for illustrating movement or exercise concepts.

A stylized representation of a hydrogen-like atom: a central positive nucleus and one negatively charged electron in orbit.

A stylized microchip icon showing core processing unit with interconnected nodes and signal paths.

The image is a black and white illustration of a square-shaped device with multiple interconnected lines and dots. The device appears to be a computer or a device with a rectangular shape and a flat base. The lines are connected to each other, creating a network-like pattern. The dots are of different sizes and shapes, and they are arranged in a way that they form a complex network. The overall design is simple and minimalistic.

A cheerful green electron mascot holds a sign labeled “Electron,” making atomic science approachable and fun.

A detailed schematic of a modern SEM setup, including the electron column, vacuum system, sample stage, and user interface panels.

A schematic representation of an electron highlighting its charge (e⁻), spin axis (purple arrow), and orbital path (green loop).

The image is a graphic representation of the element "ION" which is a chemical element. It consists of four spheres arranged in a circle, with the largest sphere in the center and two smaller spheres on either side. The spheres are red and pink in color, while the largest one is blue. The background is white, and the word "ION is written in black capital letters on the top right corner. The image appears to be a representation of a chemical compound or atom.