एलियम हिंदी उपयोग और उदाहरण

"" दोनों विश्व युद्धों के दौरान, एलियम सैटिवम का प्रयोग एक रोगाणु रोधक के रूप में किया गया।

"" इसका वैज्ञानिक नाम एलियम सैटिवुम एल है।

दोनों विश्व युद्धों के दौरान, एलियम सैटिवम का प्रयोग एक रोगाणु रोधक के रूप में किया गया।

[उद्धरण वांछित] जीनस 'एलियम' में पौधों से कई टेरपीन आधारित सुगंधित तेल और सल्फ्यूरिक यौगिक phytoncides हैं, [उद्धरण वांछित] हालांकि बाद में अरोमाथेरेपी में कम इस्तेमाल किया जाता है उनकी असहनीय गंध के कारण।

एलियम इसके अंग्रेजी अर्थ का उदाहरण

In another example the cage consists of a gallium tetrahedral cluster compound stabilized by 6 bidentate catechol amide ligands residing at the tetrahedron edges.

The two vitallium implants had been implanted at the Royal National Orthopaedic Hospital in November 1948.

It is possible that Oswald along with Oskytel travelled to Rome for Oskytel's pallium, but this story is only contained in a 12th-century Ramsey Abbey chronicle, so it may not be authentic.

In 972 Oswald was made Archbishop of York and journeyed to Rome to receive a pallium from Pope John XIII.

The APG-79 AESA uses transmit/receive (TR) modules populated with Gallium arsenide Monolithic microwave integrated circuits.

Most widespread instruments are using liquid metal ion sources (LMIS), especially gallium ion sources.

In a gallium LMIS, gallium metal is placed in contact with a tungsten needle, and heated gallium wets the tungsten and flows to the tip of the needle, where the opposing forces of surface tension and electric field form the gallium into a cusp shaped tip called a Taylor cone.

The huge electric field at this small tip (greater than volts per centimeter) causes ionization and field emission of the gallium atoms.

FIB systems operate in a similar fashion to a scanning electron microscope (SEM) except, rather than a beam of electrons and as the name implies, FIB systems use a finely focused beam of ions (usually gallium) that can be operated at low beam currents for imaging or at high beam currents for site specific sputtering or milling.

As the diagram on the right shows, the gallium (Ga+) primary ion beam hits the sample surface and sputters a small amount of material, which leaves the surface as either secondary ions (i+ or i−) or neutral atoms (n0).

When the high-energy gallium ions strike the sample, they will sputter atoms from the surface.

Gallium atoms will also be implanted into the top few nanometers of the surface, and the surface will be made amorphous.