Diamagnetic in a sentence

(1) Measure the diamagnetic force.

(2) Test the diamagnetic strength.

(3) Analyze the diamagnetic effect.

(4) Water is considered diamagnetic.

(5) Examine the diamagnetic behavior.

(6) Calculate the diamagnetic moment.

(7) Copper is a diamagnetic material.

(8) Observe the diamagnetic repulsion.

(9) Observe the diamagnetic properties.

(10) Investigate the diamagnetic response.

Diamagnetic sentence

(11) Measure the diamagnetic field strength.

(12) Compare different diamagnetic materials.

(13) Apply a diamagnetic force to the object.

(14) Determine the diamagnetic susceptibility.

(15) Determine the diamagnetic field intensity.

(16) Oxygen is diamagnetic in its ground state.

(17) Helium is diamagnetic in its ground state.

(18) Apply a diamagnetic field to the substance.

(19) Measure the diamagnetic field distribution.

(20) Diamagnetic materials repel magnetic fields.

Diamagnetic make sentence

(21) Bismuth is a well-known diamagnetic element.

(22) Nitrogen is diamagnetic in its ground state.

(23) The diamagnetic properties of water are weak.

(24) Copper is an example of a diamagnetic element.

(25) Examine the diamagnetic properties of liquids.

(26) Copper is an example of a diamagnetic material.

(27) The diamagnetic properties of graphite are weak.

(28) Copper is a good example of a diamagnetic element.

(29) Diamagnetic substances have a weak magnetic field.

(30) Diamagnetic substances have no unpaired electrons.

Sentence of diamagnetic

(31) Diamagnetic materials do not retain magnetization.

(32) Diamagnetic materials are not attracted to magnets.

(33) Diamagnetic substances have a weak magnetic moment.

(34) Test the diamagnetic effect on different materials.

(35) Test the diamagnetic strength of various materials.

(36) Diamagnetic materials have a weak magnetic response.

(37) The diamagnetic susceptibility of gold is negligible.

(38) Diamagnetic substances are not permanently magnetized.

(39) Diamagnetic materials have a negative magnetic moment.

(40) Observe the diamagnetic repulsion between two objects.

Diamagnetic meaningful sentence

(41) Calculate the diamagnetic moment of a given substance.

(42) The diamagnetic substance repelled the magnetic field.

(43) Diamagnetic materials are repelled by a magnetic field.

(44) Diamagnetic substances have all their electrons paired.

(45) The diamagnetic response is independent of temperature.

(46) Study the diamagnetic properties of various substances.

(47) Diamagnetic substances are repelled by a magnetic field.

(48) Diamagnetic substances have a low magnetic permeability.

(49) The diamagnetic behavior can be explained by Lenz's law.

(50) Diamagnetic substances exhibit a weak magnetic response.

Diamagnetic sentence examples

(51) Measure the diamagnetic susceptibility of the substance.

(52) Diamagnetic materials have no permanent magnetic moment.

(53) Diamagnetic levitation is used in some high-speed trains.

(54) Diamagnetic materials have a weak magnetic susceptibility.

(55) Diamagnetic materials have a susceptibility close to zero.

(56) The diamagnetic effect can be observed in superconductors.

(57) The diamagnetic response is weak compared to paramagnetism.

(58) Study the diamagnetic response in a controlled environment.

(59) Diamagnetic materials can be used in levitation experiments.

(60) Diamagnetic materials are not influenced by magnetic fields.

Sentence with diamagnetic

(61) Diamagnetic materials have a negative magnetic permeability.

(62) Analyze the diamagnetic response under different conditions.

(63) Diamagnetic substances have a positive magnetic permeability.

(64) Diamagnetic substances do not retain any magnetic properties.

(65) Diamagnetic substances have a weak repulsion towards magnets.

(66) Investigate the diamagnetic behavior at varying temperatures.

(67) Diamagnetic materials have a positive magnetic susceptibility.

(68) Diamagnetic materials are not affected by temperature changes.

(69) The diamagnetic effect is weaker than the paramagnetic effect.

(70) Diamagnetic substances have a negative magnetic susceptibility.

Use diamagnetic in a sentence

(71) The diamagnetic response is opposite to that of ferromagnetism.

(72) The diamagnetic effect can be enhanced by cooling the material.

(73) The diamagnetic effect can be observed using a magnetic balance.

(74) Diamagnetic materials have a tendency to exclude magnetic fields.

(75) Investigate the diamagnetic effect on different shapes and sizes.

(76) Diamagnetic materials are used in magnetic shielding applications.

(77) Diamagnetic materials are not attracted to either pole of a magnet.

(78) The diamagnetic response is due to the orbital motion of electrons.

(79) Diamagnetic materials are used in magnetic levitation applications.

(80) Diamagnetic properties can be observed in certain types of crystals.

Sentence using diamagnetic

(81) Diamagnetic substances repel both north and south poles of a magnet.

(82) Diamagnetic materials are not attracted to ferromagnetic substances.

(83) Diamagnetic materials can be used to shield against magnetic fields.

(84) Analyze the diamagnetic behavior in the presence of a magnetic field.

(85) The diamagnetic effect is weak compared to other magnetic properties.

(86) The diamagnetic effect is observed in various elements and compounds.

(87) Diamagnetic materials have a weak repulsion when placed near a magnet.

(88) The diamagnetic effect can be observed using a superconducting magnet.

(89) Diamagnetic materials are not influenced by the Earth's magnetic field.

(90) The diamagnetic behavior of a substance can be explained by Lenz's law.

Diamagnetic example sentence

(91) Diamagnetic substances have a weak attraction towards a magnetic field.

(92) Diamagnetic substances are not influenced by the Earth's magnetic field.

(93) The diamagnetic effect is observed in substances like water and graphite.

(94) The diamagnetic response is due to the motion of charges in the material.

(95) The diamagnetic response of a substance can be influenced by temperature.

(96) Diamagnetic materials exhibit a weak repulsion when placed near a magnet.

(97) Diamagnetic materials are often used as shielding against magnetic fields.

(98) Diamagnetic substances have a weak response to an external magnetic field.

(99) Diamagnetic substances have a tendency to move away from a magnetic field.

(100) The diamagnetic effect is caused by the motion of electrons in a material.

Sentence with word diamagnetic

(101) Diamagnetic materials can be used to study the behavior of superconductors.

(102) The diamagnetic behavior of a substance can be altered by external factors.

(103) Diamagnetic materials are commonly used in magnetic levitation applications.

(104) Diamagnetic materials are those that do not have a permanent magnetic field.

(105) The diamagnetic properties of water are responsible for its surface tension.

(106) Diamagnetic substances have a weak repulsive force when placed near a magnet.

(107) Diamagnetic substances are not used in the construction of permanent magnets.

(108) The diamagnetic response of a substance can be measured using a magnetometer.

(109) The diamagnetic effect is stronger in materials with fewer unpaired electrons.

(110) Diamagnetic substances are repelled by both north and south poles of a magnet.

Sentence of diamagnetic

(111) Diamagnetic materials exhibit a weak repulsion when placed in a magnetic field.

(112) The diamagnet array's behavior was consistent with its known diamagnetic nature.

(113) The diamagnetic properties of a substance can be explained by quantum mechanics.

(114) The material exhibited diamagnetic properties when subjected to a magnetic field.

(115) Diamagnetic materials are not attracted to magnets but can be influenced by them.

(116) The diamagnetic behavior of a substance is determined by its electronic structure.

(117) Diamagnetic materials are not influenced by the orientation of the magnetic field.

(118) Diamagnetic materials are used in MRI machines to create a uniform magnetic field.

(119) The diamagnetic properties of a substance can be altered by introducing impurities.

(120) The diamagnetic properties of a substance can be observed using a magnetic balance.

Diamagnetic used in a sentence

(121) The diamagnetic effect can be observed in everyday objects, such as water and wood.

(122) The diamagnetic behavior of a substance can be altered by the presence of impurities.

(123) The diamagnetic response of a material is opposite to that of a paramagnetic material.

(124) Diamagnetic properties can be observed in everyday objects like fruits and vegetables.

(125) The diamagnetic nature of graphite can be observed when it floats on a magnetic liquid.

(126) Diamagnetic levitation is a phenomenon where objects are suspended in a magnetic field.

(127) Diamagnetic materials are often used in scientific research to study magnetic properties.

(128) The diamagnetic response of a substance can be enhanced by cooling it to low temperatures.

(129) Diamagnetic materials can be easily magnetized in the presence of a strong magnetic field.

(130) The diamagnetic response of a material can be measured using a magnetic susceptibility test.

Diamagnetic sentence in English

(131) Diamagnetic materials exhibit a weak magnetic field when exposed to a strong external field.

(132) Diamagnetic substances have a tendency to align themselves perpendicular to a magnetic field.

(133) The magnetic properties of diamagnetic materials are not permanent and can be easily altered.

(134) Diamagnetic substances have a weak magnetic field within them when placed in a magnetic field.

(135) Diamagnetic materials are not affected by temperature changes, unlike ferromagnetic materials.

(136) Diamagnetic properties can be observed in various elements, such as bismuth, copper, and gold.

(137) Magnetic hysteresis can be observed in ferromagnetic, paramagnetic, and diamagnetic materials.

(138) Diamagnetic substances exhibit weak repulsion when placed between the poles of a strong magnet.

(139) Diamagnetic substances do not retain any magnetic properties once the external field is removed.

(140) Diamagnetic substances have all their electrons paired up in their atomic or molecular orbitals.

(141) Diamagnetic substances have a tendency to distribute magnetic fields evenly within their volume.

(142) The diamagnetic response of a substance can be measured using a magnetic susceptibility balance.

(143) When a diamagnetic material is heated, its magnetic properties may change due to thermal energy.

(144) The diamagnetic nature of water can be observed when it forms droplets on a non-magnetic surface.

(145) The diamagnetic behavior of a substance can be explained by the cancellation of magnetic moments.

(146) Diamagnetic materials have a weak magnetic field of their own when subjected to an external field.

(147) Diamagnetic substances lose their magnetic properties when the external magnetic field is removed.

(148) Diamagnetic levitation has been used to study the effects of gravity on living organisms in space.

(149) The diamagnetic response is a result of the interaction between magnetic fields and orbital motion.

(150) The diamagnetic response of a material can be enhanced by cooling it to extremely low temperatures.

(151) The diamagnetic substance repels a magnetic field, which is why it is considered to be non-magnetic.

(152) Diamagnetic substances have all their electrons paired up, resulting in a net magnetic moment of zero.

(153) The diamagnetic effect can be demonstrated by suspending a small piece of bismuth in a magnetic field.

(154) Diamagnetic materials are often used as superconductors due to their ability to expel magnetic fields.

(155) Diamagnetic materials are not attracted to magnets, and they do not exhibit any permanent magnetization.

(156) Diamagnetic materials are often used in scientific experiments to study the behavior of magnetic fields.

(157) The electron configuration of diamagnetic elements does not allow for the presence of unpaired electrons.

(158) When exposed to a strong magnetic field, diamagnetic materials experience a force that opposes the field.

(159) When a diamagnetic material is cooled to extremely low temperatures, it can exhibit perfect diamagnetism.

(160) Diamagnetic properties can be observed in various compounds, such as nitrogen, sulfur, and carbon dioxide.

(161) Magnetostatics is used to analyze the behavior of magnetic fields in materials with diamagnetic properties.

(162) Diamagnetic materials are often used in MRI machines to create a uniform magnetic field for medical imaging.

(163) Diamagnetic materials, such as water and wood, are not attracted to magnets and do not retain any magnetism.

(164) Although diamagnetic levitation is a fascinating phenomenon, it is still not fully understood by scientists.

(165) Diamagnetic materials have been used in experiments to study the effects of magnetic fields on plant growth.

(166) Although diamagnetic materials are not attracted to magnets, they can still be influenced by magnetic fields.

(167) Although diamagnetic levitation has been studied for many years, its practical applications are still limited.

(168) The repulsive force experienced by diamagnetic substances is proportional to the strength of the magnetic field.

(169) The diamagnetic effect can be observed by placing a small piece of graphite on a magnet and observing its behavior.

(170) Although diamagnetic substances are not commonly found in nature, they can be artificially created in laboratories.

(171) When a diamagnetic substance is exposed to a strong magnetic field, it may experience a slight change in its shape.

(172) Diamagnetic substances are often used in experiments to study the effects of magnetic fields on different materials.

(173) When a diamagnetic material is exposed to a changing magnetic field, it induces an electric current in the material.

(174) The magnetic susceptibility of diamagnetic materials is negative, indicating their repulsion towards magnetic fields.

(175) Diamagnetic materials exhibit a negative magnetic susceptibility, indicating their repulsion towards magnetic fields.

(176) When a diamagnetic substance is placed between two magnets, it experiences a force that pushes it away from the magnets.

(177) Diamagnetic materials are used in magnetic levitation applications due to their repulsive nature towards magnetic fields.

(178) When a diamagnetic material is subjected to a changing magnetic field, it may experience a force that opposes the change.

(179) Diamagnetic substances are not only repelled by magnetic fields but also exhibit a weak attraction to magnetic materials.

(180) When a diamagnetic material is placed in a magnetic field, it creates an induced magnetic field in the opposite direction.

(181) Diamagnetic materials have a negative magnetic susceptibility, meaning they weaken the magnetic field they are exposed to.

(182) Diamagnetic materials are not only repelled by magnetic fields but also exhibit a weak repulsion to non-magnetic materials.

(183) The diamagnetic properties of a substance can be influenced by its chemical composition, crystal structure, and temperature.

(184) Although diamagnetic substances are not commonly used in everyday applications, they have important scientific implications.

(185) Diamagnetic substances are not only repelled by magnetic fields but also exhibit a weak attraction to non-magnetic materials.

(186) The diamagnetic effect is present in all materials to some extent, but it is usually overshadowed by other magnetic phenomena.

(187) Although diamagnetic substances are not attracted to magnets, they can still interact with magnetic fields in interesting ways.

(188) The diamagnetic response of a material can be measured using a magnetic susceptibility balance or other specialized instruments.

(189) The diamagnetic response of a material can be influenced by external factors such as pressure, strain, or exposure to radiation.

(190) Diamagnetic materials are often used in magnetic shielding to protect sensitive electronic devices from external magnetic fields.

(191) Copper is a good example of a diamagnetic metal, as it does not retain any magnetic properties and is repelled by a magnetic field.

(192) Diamagnetic levitation is a phenomenon where a diamagnetic material is suspended in mid-air due to repulsion from a magnetic field.

(193) The diamagnetic effect is a consequence of the quantum mechanical behavior of electrons, and it is related to their wave-like nature.

(194) The repulsive force experienced by diamagnetic substances is weaker than the attractive force experienced by paramagnetic substances.

(195) Diamagnetic materials are often used in scientific research to study the behavior of magnetic fields and their interaction with matter.

(196) Diamagnetic materials have a weak repulsive force when placed near a strong magnetic field, which can be observed using simple experiments.

(197) Diamagnetic substances can be levitated in a magnetic field, as the repulsive force between the material and the field can counteract gravity.

(198) The diamagnetic response of a material can be quantified by its magnetic susceptibility, which is a measure of how easily it can be magnetized.

(199) The behavior of diamagnetic materials can be explained by Lenz's law, which states that the induced current opposes the change in magnetic field.

(200) The diamagnetic effect is weak compared to paramagnetism or ferromagnetism, but it is still an important aspect of magnetic behavior in materials.

(201) Diamagnetic substances can be identified by their behavior in a magnetic field, as they tend to move away from regions of higher magnetic flux density.

(202) The diamagnetic properties of a substance can be altered by introducing impurities or defects into its structure, which can affect its electron motion.

(203) Some common examples of diamagnetic materials include water, wood, and plastic; they all exhibit this property due to the absence of unpaired electrons.

(204) Diamagnetic materials have a negative magnetic susceptibility, meaning that their magnetization is opposite to the direction of an applied magnetic field.

(205) The diamagnetic behavior of a substance can be explained by the circulation of electron currents within the material, which generate opposing magnetic fields.

(206) Diamagnetic materials are often used as shielding against magnetic fields, as their repulsive effect can help protect sensitive equipment or living organisms.

(207) The diamagnetic properties of a material can be enhanced by cooling it to very low temperatures, as this reduces thermal motion and increases the orbital effects.

(208) Diamagnetic materials can be used to create superconducting magnets, which have applications in fields such as particle accelerators and magnetic resonance imaging.

(209) Diamagnetic materials are often used in experiments to study the magnetic properties of other substances, as their weak response allows for more accurate measurements.

(210) The diamagnetic properties of a substance can be altered by changing its electronic structure, for example, by introducing dopants or applying an external electric field.

(211) The diamagnetic effect is an important aspect of magnetism, and it plays a role in various natural phenomena, such as the behavior of living organisms in magnetic fields.

(212) Diamagnetic substances are repelled by a magnetic field, but they do not retain any magnetism once the field is removed, which distinguishes them from paramagnetic materials.

(213) Diamagnetic substances can be classified into two categories: intrinsic diamagnets, which exhibit diamagnetism naturally, and induced diamagnets, which acquire diamagnetic properties in the presence of a magnetic field.

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