Cathode in a sentence

(1) The cathode ray is composed of electrons.

(2) Cathode ray tubes emit a beam of electrons.

(3) Cathode rays are invisible to the naked eye.

(4) The cathode attracts positively charged ions.

(5) The cathode is negatively charged in a battery.

(6) Cathode rays can ionize gases they pass through.

(7) The crookes tube was used to study cathode rays.

(8) The cathode ray tube television is now obsolete.

(9) The cathode ray is a stream of charged particles.

(10) The cathode ray tube arcade game is now obsolete.

Cathode sentence

(11) The cathode is used in various electronic devices.

(12) The x-ray tube consists of a cathode and an anode.

(13) Cathode rays can be focused using magnetic lenses.

(14) The tetrode's cathode emits electrons when heated.

(15) The cathode is negatively charged in a vacuum tube.

(16) The cathode is a crucial part of a cathode ray tube.

(17) The cathode is heated to increase electron emission.

(18) The cathode is used in the process of electroplating.

(19) The cathode ray tube television is becoming obsolete.

(20) The cathode ray tube computer monitor is now obsolete.

Cathode make sentence

(21) The cathode is one of the electrodes in a galvanic cell.

(22) The cathode is negatively charged relative to the anode.

(23) The cathode is where reduction occurs in a voltaic cell.

(24) The anodically charged ions migrate towards the cathode.

(25) The cathode of a voltaic cell is where reduction occurs.

(26) The thyratron is a type of cold cathode gas-filled tube.

(27) The cathodic current flows from the anode to the cathode.

(28) Cations are attracted to the cathode during electrolysis.

(29) Cathode rays can cause fluorescence in certain materials.

(30) The cathode is where reduction occurs during electrolysis.

Sentence of cathode

(31) The cathode is a vital part of a cathode ray oscilloscope.

(32) The cathode is an integral part of a rechargeable battery.

(33) The cathodically charged ions migrate towards the cathode.

(34) The cathode ray tube television is an obsolete technology.

(35) The cathode ray tube TV is an obsolete way to watch shows.

(36) The cathode ray tube television is an obsolete form of TV.

(37) The kathodic reaction at the cathode produced hydrogen gas.

(38) The cathodograph uses a cathode ray tube to display images.

(39) The cathode emits electrons when a current flows through it.

(40) The cathode is often made of metals like copper or aluminum.

Cathode meaningful sentence

(41) The cathode is where electrons are emitted in a vacuum tube.

(42) Cathode ray tubes were commonly used in old television sets.

(43) Tungstates have been used as phosphors in cathode ray tubes.

(44) The kathode is an essential component of a cathode ray tube.

(45) The cathode ray is emitted from the cathode in a vacuum tube.

(46) The cathode ray is deflected by electric and magnetic fields.

(47) The cathode-ray tube television is an obsolescent technology.

(48) Cathode ray tubes were also used in early computer terminals.

(49) The cathode in a voltaic cell is where reduction takes place.

(50) The cathode of a voltaic cell is where reduction takes place.

Cathode sentence examples

(51) The cathode is connected to the base terminal in a transistor.

(52) The negatron is used in the construction of cathode ray tubes.

(53) Cathode rays can be deflected by electric and magnetic fields.

(54) The cathode ray tube was a forer of modern television screens.

(55) The cathode ray tube television is an example of obsolescence.

(56) The cathode is an essential component of an electrical circuit.

(57) The cathode is made of a material that can conduct electricity.

(58) The cathode is connected to the ground in an electrical system.

(59) Cathode ray tubes were an integral part of early radar systems.

(60) The kathode was surrounded by a vacuum in the cathode ray tube.

Sentence with cathode

(61) The crookes tube was made of glass and had a cathode and anode.

(62) The cathode ray tube television is an obsolete way to watch TV.

(63) The cathode is responsible for the flow of electrons in a diode.

(64) The cathode ray tube is still used in some vintage arcade games.

(65) Cathode ray tubes were first developed in the late 19th century.

(66) The cathode, anode, and grid are the main components of triodes.

(67) The obsolescence of cathode ray tubes has made them less common.

(68) The cathode ray is used in electron beam therapy to treat cancer.

(69) Pfeiffer's experiment demonstrated the existence of cathode rays.

(70) The hydrogen ion is attracted to the cathode during electrolysis.

Use cathode in a sentence

(71) The negative terminal of a capacitor is connected to the cathode.

(72) The cathode ray tube monitor was a forer of flat-screen displays.

(73) The anode is the opposite of the cathode in an electrical circuit.

(74) The cathode ray tube was first developed in the late 19th century.

(75) The trivalent ion is attracted to the cathode during electrolysis.

(76) The discovery of cathode rays revolutionized the field of physics.

(77) Cathode rays can be used in vacuum tubes for various applications.

(78) The cathode-ray tube monitor is an obsolescent display technology.

(79) The use of cathode ray tube televisions is anachronically ancient.

(80) Tetrodes have four electrodes: a cathode, an anode, and two grids.

Sentence using cathode

(81) The cathode ray tube TV was the predecessor of the flat screen TV.

(82) The cathode ray tube television is an obsolete display technology.

(83) The cathode ray tube arcade game is an obsolete gaming technology.

(84) The cathodic protection system consists of an anode and a cathode.

(85) The overpotential of the cathode was higher than that of the anode.

(86) The cathode is where oxidation takes place in an electrolytic cell.

(87) The cathode is essential for the functioning of a fluorescent lamp.

(88) Cathode rays can produce X-rays when they strike a target material.

(89) Positive ions are attracted to the cathode in an electrolytic cell.

(90) The cathode is connected to the negative terminal of a power source.

Cathode example sentence

(91) The cathode is a critical component in the operation of a fuel cell.

(92) The cathode ray tube produces images by manipulating electron beams.

(93) The cathode ray tube is a vacuum tube that contains an electron gun.

(94) The anticathode is positioned opposite the cathode in an X-ray tube.

(95) The cathode ray tube emits electrons to create images on the screen.

(96) The cathode ray is used in electron beam welding to join metal parts.

(97) Terbium is used in the production of phosphors for cathode ray tubes.

(98) The positive ion is attracted to the cathode in an electrolytic cell.

(99) Cathode rays can be used to create images on a phosphorescent screen.

(100) Cathode rays can be accelerated to high speeds using electric fields.

Sentence with word cathode

(101) The monovalent ions migrated towards the cathode during electrolysis.

(102) The kathode was connected to the power source through a cathode lead.

(103) The cathode ray tube computer monitor is an obsolete form of display.

(104) The cathode is coated with a material that enhances electron emission.

(105) The cathode ray tube is an essential component of old television sets.

(106) The cathode ray tube was invented by German physicist Ferdinand Braun.

(107) Electropositive ions are attracted to the cathode during electrolysis.

(108) Cathode rays were discovered by J.J. Thomson in the late 19th century.

(109) The properties of cathode rays were extensively studied by scientists.

(110) The overpotential at the cathode was found to be higher than expected.

Sentence of cathode

(111) The cathode ray tube radar screen is an obsolete way to track objects.

(112) The cathode ray tube television is no longer used due to obsolescence.

(113) The cathode ray tube radar display is becoming an obsolete technology.

(114) The cathode is used in the production of aluminum through electrolysis.

(115) The cathode ray is used in electron beam welding to join plastic parts.

(116) The cathode ray tube can display both black and white and color images.

(117) The crookes tube is used to demonstrate the properties of cathode rays.

(118) The behavior of cathode rays can be explained by their negative charge.

(119) The interaction of cathode rays with matter can produce heat and light.

(120) The positive pole of a battery is connected to the cathode of a device.

Cathode used in a sentence

(121) The cathode ray tube television was a forer of high-definition screens.

(122) The negatron is a key component in the operation of a cathode ray tube.

(123) CMP is an abbreviation for Cathode-Metal-Phosphor in display technology.

(124) The cathode ray is used in X-ray machines to produce images of the body.

(125) The cathode ray is used in electron microscopes to magnify tiny objects.

(126) The cathode ray is produced when high voltage is applied to the cathode.

(127) The undissociated ions migrated towards the cathode during electrolysis.

(128) Roentgen's experiments with cathode rays led to the discovery of X-rays.

(129) The crookes tube allows for the visualization of invisible cathode rays.

(130) Cathode ray tubes emit a beam of electrons to create images on a screen.

Cathode sentence in English

(131) The properties of cathode rays can be observed using a cathode ray tube.

(132) Free electrons in a cathode ray tube are accelerated towards the screen.

(133) The crookes tube was used to demonstrate the properties of cathode rays.

(134) The cathode ray tube arcade game is an obsolete way to play video games.

(135) The cathode ray tube computer monitor is an obsolete display technology.

(136) The cathode ray tube revolutionized the field of television broadcasting.

(137) Thermionics plays a crucial role in the functioning of cathode ray tubes.

(138) The crookes tube allows for the manipulation and control of cathode rays.

(139) The cathode ray tubes in old computer monitors had a tendency to flicker.

(140) The intensity of cathode rays can be controlled by adjusting the voltage.

(141) The cathode ray tubes in old televisions had a distinctive curved screen.

(142) Strontium is used in the production of cathode ray tubes for televisions.

(143) The cathode ray tube computer monitor is an obsolete way to view screens.

(144) The cathode ray is used in cathode ray oscilloscopes to display waveforms.

(145) The cathode ray is used in electron beam melting to produce metal powders.

(146) The cathode ray tube is an example of early electronic display technology.

(147) Cathode rays are streams of electrons emitted from the negative electrode.

(148) The study of cathode rays led to the development of television technology.

(149) The electrolytically produced copper ions were deposited onto the cathode.

(150) The kathodic reaction at the cathode involved the reduction of metal ions.

(151) The overpotential at the cathode was causing the electrode to deteriorate.

(152) The cathode ray tube television was the predecessor of the flat screen TV.

(153) The thermionic cathode is a type of electron emitter used in vacuum tubes.

(154) The cathode is used in the production of chlorine gas through electrolysis.

(155) The cathode ray is used in mass spectrometry to determine the mass of ions.

(156) The cathode ray is used in electron beam evaporation to deposit thin films.

(157) The cathode ray tube is an example of how technology has evolved over time.

(158) Thermionic emission is commonly used in vacuum tubes and cathode ray tubes.

(159) The crookes tube is a simple yet powerful device for studying cathode rays.

(160) Thermionic emission is a key process in the operation of cathode ray tubes.

(161) The invention of cathode ray tubes revolutionized the field of electronics.

(162) The cathode in a voltaic cell is the electrode where reduction takes place.

(163) The cathode ray tube television with rabbit ears is an obsolete form of TV.

(164) A cathode ray tube television is an anachronism in the age of flat screens.

(165) The cathode ray tube oscilloscope is becoming an obsolete measurement tool.

(166) The triodes in this circuit are connected in a common cathode configuration.

(167) The cathode ray tube emits a beam of electrons to create images on a screen.

(168) Cathode rays played a crucial role in the understanding of atomic structure.

(169) The discovery of cathode rays opened up new avenues for scientific research.

(170) Cathode ray tubes are vacuum tubes that use electron beams to create images.

(171) The use of a cathode ray tube television in today's world is an anachronism.

(172) The galvanic cell produces a flow of electrons from the anode to the cathode.

(173) The cathode ray is responsible for creating the images on a computer monitor.

(174) The discovery of cathode rays challenged the prevailing theories of the time.

(175) Hafnium is also used in the production of vacuum tubes and cathode ray tubes.

(176) The cathode ray tubes in old camcorders captured and displayed video footage.

(177) The cathode ray tube was the dominant display technology for several decades.

(178) The obsolescence of cathode ray tube monitors was replaced by plasma screens.

(179) Protons are attracted to the negatively charged cathode in a cathode ray tube.

(180) The cathode ray is used in particle accelerators to study subatomic particles.

(181) The cathode ray is used in electron beam machining to cut and shape materials.

(182) The cathode ray is used in electron beam therapy to treat tumors in the brain.

(183) The cathode ray tube is an integral part of the television industry's history.

(184) The cathode ray tube played a crucial role in the advancement of visual media.

(185) Cathode ray tubes were used in early experiments on the nature of electricity.

(186) Magnetostatic fields can be used to focus electron beams in cathode ray tubes.

(187) The cathode ray tubes in computer monitors display images using phosphor dots.

(188) The cathode ray tube was invented by German physicist Ferdinand Braun in 1897.

(189) The cathode of a voltaic cell is usually made of a metal that readily reduces.

(190) The cathode ray tube in old televisions required several kilovolts to operate.

(191) The energy of an electron in a cathode ray tube is measured in electron volts.

(192) The cathode ray is used in electron beam lithotripsy to break up kidney stones.

(193) The Crookes tube is an early experimental apparatus used to study cathode rays.

(194) The kathodic reaction occurs when electrons flow from the anode to the cathode.

(195) Thermionic emission is used in cathode ray tubes to produce images on a screen.

(196) The proton is attracted to the negatively charged cathode in a cathode ray tube.

(197) The cathode ray is used in spectroscopy to analyze the composition of materials.

(198) The tellurite compound is used in some types of batteries as a cathode material.

(199) Demagnetisation is commonly used in the degaussing of cathode ray tube monitors.

(200) The current density in the ionized gas was found to be highest near the cathode.

(201) The phosphor in the cathode ray tube created the image on the television screen.

(202) The cathode ray tubes in oscilloscopes are used to display electrical waveforms.

(203) The cathode ray tubes in X-ray machines produce the images of bones and tissues.

(204) Cathode rays can be used to study the behavior of charged particles in a vacuum.

(205) The cathode ray tubes in radar systems help detect and track objects in the sky.

(206) Yttrium is used in the production of cathode ray tubes for older television sets.

(207) The cathode is responsible for the reduction reaction in an electrochemical cell.

(208) The cathode ray tube is named after the cathode rays that are produced within it.

(209) The phosphors in a cathode ray tube convert electrical energy into visible light.

(210) The cathode ray tubes in old arcade games provided the graphics for the gameplay.

(211) The cathode ray tubes in old arcade games produced vibrant and colorful graphics.

(212) The cathode ray tube technology has largely been replaced by flat-panel displays.

(213) The cathode of a voltaic cell is connected to the negative terminal of a battery.

(214) The use of cathode ray tube televisions is anachronic in the age of flat screens.

(215) The triode consists of three electrodes: a cathode, an anode, and a control grid.

(216) The obsolescence of cathode ray tube televisions was replaced by flat-screen TVs.

(217) The cathode ray is used in electron beam lithography to create nanoscale patterns.

(218) The speed of cathode rays can be determined using various experimental techniques.

(219) The study of cathode rays led to the development of the field of particle physics.

(220) Cathode rays played a crucial role in the development of the theory of relativity.

(221) The kathodic reaction at the cathode consumed electrons from the external circuit.

(222) Yttrium is a vital component in the production of phosphors for cathode ray tubes.

(223) The cathode of a voltaic cell is usually made of a different metal than the anode.

(224) The overpotential at the cathode was causing the formation of unwanted byproducts.

(225) The direction of electron flow in a voltaic cell is from the anode to the cathode.

(226) The lorentz force is responsible for the motion of electrons in a cathode ray tube.

(227) The cathode ray is used in electron beam machining to drill precise holes in metal.

(228) The cathode ray tube was a key component in the early development of radar systems.

(229) Cathode ray tubes were used in early experiments on the properties of cathode rays.

(230) The cathode ray tubes in old televisions emitted a faint humming sound when in use.

(231) The cathode ray tube has a long history of use in television and computer displays.

(232) The positive pole of a battery is connected to the cathode of an electronic device.

(233) The electron volt is used to describe the energy of electrons in cathode ray tubes.

(234) The cathode ray tube computer monitor is an obsolete way to view a computer screen.

(235) Strontium is an alkaline-earth metal used in the manufacturing of cathode ray tubes.

(236) The cathode ray is used in electron beam sterilization to kill bacteria and viruses.

(237) The obsoleteness of the cathode ray tube television was replaced by flat-screen TVs.

(238) The phosphors in a cathode ray tube television create the images seen on the screen.

(239) Cathode ray tubes were gradually phased out with the advent of flat-screen displays.

(240) The cathode ray tubes in old video game consoles provided the visuals for the games.

(241) The behavior of cathode rays is influenced by the voltage applied to the electrodes.

(242) Cathode ray tubes were used in early experiments to study the behavior of electrons.

(243) The cathode ray tube allows for the display of moving images on a television screen.

(244) The Lorentz force is used in cathode ray tubes to control the movement of electrons.

(245) Strontium compounds are used in the production of cathode ray tubes for televisions.

(246) The electron beam was emitted from the cathode, and it was accelerated by the anode.

(247) The ionized particles in a cathode ray tube create the images on a television screen.

(248) The cathode is connected to the positive terminal of a power supply in a vacuum tube.

(249) The cathode ray is used in electron beam sputtering to coat surfaces with thin films.

(250) The study of cathode rays paved the way for the invention of the electron microscope.

(251) The cathode ray tube is an integral part of the picture tube assembly in televisions.

(252) The electromagnetic current is used in cathode ray tubes to create images on screens.

(253) Free electrons in a cathode are emitted when heated and accelerated towards an anode.

(254) The cathode ray tube television has become obsolete with the rise of flat screen TVs.

(255) The cathode ray tube arcade game has become obsolete with the rise of digital gaming.

(256) The cathode ray is used in fluorescence microscopy to visualize fluorescent molecules.

(257) The cathode ray is used in electron beam lithography to fabricate integrated circuits.

(258) Strontium compounds are also used in the manufacturing of glass for cathode ray tubes.

(259) Free electrons in a cathode ray tube can be deflected by electric and magnetic fields.

(260) The cathode ray tubes in X-ray machines produce the images used for medical diagnosis.

(261) Cathode ray tubes were gradually phased out with the rise of flat-screen technologies.

(262) The cathode ray tubes in old computer monitors had a characteristic flickering effect.

(263) In a galvanic cell, oxidation occurs at the anode and reduction occurs at the cathode.

(264) The overpotential at the cathode was limiting the overall efficiency of the fuel cell.

(265) The electron beam, which was emitted from the cathode, was directed towards the anode.

(266) The electron beam is used in cathode ray tubes to produce images on television screens.

(267) The cathode ray tube is gradually being replaced by more advanced display technologies.

(268) The cathode ray tube is composed of a glass envelope and various electronic components.

(269) The cathode ray tube allows for the precise control of electron beams to create images.

(270) The cathode ray tube can display images with varying levels of brightness and contrast.

(271) The phosphors in a cathode ray tube monitor emit light when struck by an electron beam.

(272) Cathode ray tubes were known for their ability to display vibrant and saturated colors.

(273) The study of cathode rays continues to be an active area of research in modern physics.

(274) Cathode ray tubes were the primary display technology before the advent of LCD screens.

(275) The cathode ray tube can display images in various colors by using different phosphors.

(276) The cathode ray tube television has fallen out of use with the rise of flat screen TVs.

(277) The cathode ray tube television has fallen out of use with the rise of flat-screen TVs.

(278) The obsolescence of cathode ray tube televisions is evident in today's flat-screen TVs.

(279) The cathode ray is used in electron beam microscopy to study the structure of materials.

(280) The cathode ray is used in electron beam lithography to create high-resolution patterns.

(281) The cathode ray tube was a major breakthrough in the field of visual display technology.

(282) The cathode ray tube was a significant advancement in the field of visual communication.

(283) The cathode ray tube has been largely replaced by flat-panel displays in modern devices.

(284) The phosphors in a cathode ray tube display emit light when excited by an electron beam.

(285) The velocity of cathode rays can be calculated using the principles of electromagnetism.

(286) Cathode ray tubes were an integral part of early radar systems used during World War II.

(287) The phosphor in the cathode ray tube made it possible to display images on a television.

(288) The use of a cathode ray tube television is an anachronism in today's flat screen world.

(289) Cathode ray tubes were a key component in the development of early particle accelerators.

(290) The cathode ray tubes in old computer monitors emitted a faint humming sound when in use.

(291) The cathode-ray tube television is becoming obsolescent with the rise of flat-screen TVs.

(292) Vanadyl phosphate is a promising cathode material for rechargeable lithium-ion batteries.

(293) The demagnetizing process is commonly used in the degaussing of cathode ray tube monitors.

(294) The cathode ray tubes in old televisions required warm-up time before displaying an image.

(295) Cathode ray tubes played a crucial role in the advancement of visual display technologies.

(296) The cathode ray tube produces a beam of electrons that strikes the phosphor-coated screen.

(297) The cathode ray tube technology was first used in early radar systems during World War II.

(298) The cathode ray tube technology has become obsolete with the rise of LCD and LED displays.

(299) The electron beam in a cathode ray tube is deflected by magnetic fields to create an image.

(300) The cathode ray is used in electron beam evaporation to deposit coatings on optical lenses.

(301) The thermionic emission current is directly proportional to the temperature of the cathode.

(302) The cathode ray tubes in oscilloscopes allow for precise measurement of electrical signals.

(303) The cathode ray tubes in old oscilloscopes allowed engineers to analyze electrical signals.

(304) The cathode ray tube is still used in some specialized applications, such as oscilloscopes.

(305) The cathode ray tube is a key component in the functioning of a traditional television set.

(306) Free electrons in a cathode ray tube are accelerated towards the screen to create an image.

(307) Electrochemically, the reaction between the anode and cathode produces a flow of electrons.

(308) The thermionic process is based on the principle of electron emission from a heated cathode.

(309) The cathode ray tubes in computer monitors have been replaced by more advanced technologies.

(310) The cathode ray tubes in old camcorders allowed users to view their recordings in real-time.

(311) The cathode ray tube technology paved the way for the development of modern display devices.

(312) The cathode ray tube was a major breakthrough in the field of electronic display technology.

(313) The cathode ray tubes in old televisions had a limited lifespan and often needed replacement.

(314) A person using a cathode ray tube television instead of a flat-screen would be anachronistic.

(315) Cathode ray tubes were an important component in the development of early electronic devices.

(316) The cathode ray tube is a vacuum tube that contains an electron gun and a fluorescent screen.

(317) The cathode ray tube was a significant advancement in the field of visual display technology.

(318) The cathode ray tube is a key component in the functioning of a traditional computer monitor.

(319) In a cathode ray tube, electrons break into electrons and are accelerated towards the screen.

(320) The cathode ray tube oscilloscope has become obsolete with the rise of digital oscilloscopes.

(321) The use of a cathode ray tube television is an anachronism in today's entertainment industry.

(322) The obsolescence of cathode ray tube televisions is due to the popularity of flat-screen TVs.

(323) The thermionic emission current can be controlled by adjusting the temperature of the cathode.

(324) The cathode ray tubes in old video projectors produced large-scale images on screens or walls.

(325) The cathode ray tubes in cathode ray oscilloscopes allow for visualizing electrical waveforms.

(326) The cathode ray tubes in old video game consoles were responsible for rendering game graphics.

(327) The cathode ray tubes in old televisions required periodic replacement of the phosphor screen.

(328) The cathode ray tube technology was a major breakthrough in the field of visual communication.

(329) In an electrochemical cell, oxidation occurs at the anode and reduction occurs at the cathode.

(330) The positive charge of the ion allows it to be attracted to the negative charge of the cathode.

(331) The phosphors in a cathode ray tube computer monitor create the images displayed on the screen.

(332) The cathode ray tube emits a narrow beam of electrons that can be manipulated to create images.

(333) The drift velocity of electrons in a cathode ray tube determines the brightness of the display.

(334) The drift velocity of electrons in a cathode ray tube can be controlled by varying the voltage.

(335) Crookes' work on cathode rays laid the foundation for the development of television technology.

(336) The crookes tube was used to study the effects of electric and magnetic fields on cathode rays.

(337) The cathode ray tube radar display has become obsolete with the rise of digital radar displays.

(338) The cathode ray tubes in old televisions required manual adjustment for optimal picture quality.

(339) The cathode ray tubes in electron microscopes allow for high-resolution imaging of tiny objects.

(340) The cathode ray tube computer monitor has become obsolete with the rise of flat screen displays.

(341) The potential difference across the cathode and anode of a battery drives the chemical reactions.

(342) The cathode ray tube technology paved the way for the development of modern display technologies.

(343) The cathode ray tube television is obsolete, but it was once the standard for home entertainment.

(344) The cathode ray tube has a limited lifespan due to the wear and tear on its electronic components.

(345) Cathode ray tubes were an essential component in the development of early television broadcasting.

(346) Cathode ray tubes were once the standard display technology for televisions and computer monitors.

(347) Free electrons in a cathode ray tube are accelerated towards a phosphor screen, creating an image.

(348) The cathode ray tube computer monitor has fallen out of use with the rise of flat-screen monitors.

(349) The electron volt is a convenient unit for describing the energy of electrons in cathode ray tubes.

(350) The cathode ray tubes in old televisions required periodic adjustments to maintain picture quality.

(351) The cathode ray tube was once the standard display technology for televisions and computer monitors.

(352) The cathode ray tube allows for the precise positioning of electron beams to create detailed images.

(353) Cathode ray tubes were gradually replaced by more energy-efficient and compact display technologies.

(354) The cathode ray tube allows for the precise positioning of the electron beam to create sharp images.

(355) The voltage difference across the cathode and anode of a vacuum tube controls the flow of electrons.

(356) The electrolyse of copper sulfate solution results in the deposition of copper metal on the cathode.

(357) The electric potential at a point is used to analyze the behavior of electrons in a cathode ray tube.

(358) The cathode ray tube uses a combination of electric and magnetic fields to control the electron beam.

(359) The electrolysis of copper sulfate solution results in the deposition of copper metal on the cathode.

(360) The cathode ray tube technology was widely used in computer monitors before the advent of LCD screens.

(361) The electrolyzing of copper sulfate solution results in the deposition of copper metal on the cathode.

(362) Cathode ray tubes were a common sight in laboratories and research facilities during the 20th century.

(363) The drift velocity of electrons in a cathode ray tube determines the brightness of the displayed image.

(364) The cathode ray tube emits a stream of electrons that are accelerated towards a phosphor-coated screen.

(365) The outmodedness of cathode ray tube televisions is evident with the dominance of flat-screen displays.

(366) The cathode ray tubes in old televisions required manual adjustment of brightness and contrast settings.

(367) Cathode ray tubes were used in early experiments on the behavior of charged particles in magnetic fields.

(368) Cathode ray tubes were gradually phased out due to their high power consumption and environmental impact.

(369) The cathode ray tube is susceptible to screen burn-in if static images are displayed for extended periods.

(370) The photoemissive effect is utilized in cathode ray tubes to generate electron beams for display purposes.

(371) The cathode ray tube is a vacuum tube that produces images by directing a beam of electrons onto a screen.

(372) The cathode ray tube is gradually being phased out in favor of more energy-efficient display technologies.

(373) The cathode ray tube emits a focused beam of electrons that can be manipulated to form images on a screen.

(374) The cathode ray tube computer monitor is obsolete, but it was once the only way to view computer graphics.

(375) The electron beam in a cathode ray tube is responsible for creating the phosphorescent image on the screen.

(376) The process of electrolyzing copper nitrate solution leads to the deposition of copper metal on the cathode.

(377) The cathode ray tube television has fallen out of use, but it was once the centerpiece of every living room.

(378) The process of electrolyzing silver nitrate solution results in the deposition of silver metal on the cathode.

(379) The obsolescence of cathode ray tube computer monitors is a result of the development of flat-screen monitors.

(380) The cathode ray tubes in old televisions had a limited lifespan due to the degradation of the phosphor coating.

(381) The cathode ray tubes in old arcade cabinets were prone to burn-in if a static image was displayed for too long.

(382) The cathode ray tube converts electrical energy into radiation for displaying images on a TV or computer monitor.

(383) After you electrolyze a solution of copper sulfate, you can observe the deposition of copper on the cathode and the release of oxygen gas at the anode.

(384) After you have electrolyzed a solution of potassium iodide, you can observe the formation of iodine gas and the deposition of metallic potassium on the cathode.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Cathode. They do not represent the opinions of TranslateEN.com.