has+no+reaction+with

• С УМА СОЙТИ < СОЙДЕШЬ>! coll

[Interj; Invar; fixed WO]

=====

⇒ used to express utter surprise, amazement, delight, a sarcastic reaction to sth. etc:

- (truly) unbelievable (amazing, incredible etc)!;

- that's unbelievable (amazing etc)!;

- my goodness!;

- [in limited contexts] you're kidding!;

- I can't believe it!;

- it's (she's etc) a knockout!;

- it'll (she'll etc) make you flip;

- sth. drives you out of your mind.

     ♦ Чуйков вернулся в блиндаж. Гуров, поджидавший его с ужином, сказал: "Николай Иванович, с ума сойти: тихо" (Гроссман 2). Не [Chuykov] went back to the bunker. Gurov was waiting for him so they could have supper. "What silence, Nikolay Ivanovich!" said Gurov. "I can't believe it" (2a).

     ♦ "Я думаю, [он] куда-нибудь в Сибирь подался..." - "А почему в Сибирь?" - "Я там в экспедиции был, с ума сойти как здорово..." (Семёнов 1). "I reckon he's off to Siberia...." "But why Siberia?" "I was out there with an expedition, it's a knockout, great" (1a).

     ♦ "Вот представьте себе такую историю: старый пёс, - но ещё в соку, с огнём, с жаждой счастья, - знакомится с вдовицей, а у неё дочка, совсем ещё девочка, - знаете, когда ещё ничего не оформилось, а уже ходит так, что с ума сойти" (Набоков 1). "Imagine this kind of thing: an old dog-but still in his prime, fiery, thirsting for happiness-gets to know a widow, and she has a daughter, still quite a little girl - you know what I mean - when nothing is formed yet but already she has a way of walking that drives you out of your mind" (1a).

• С УМА СОЙТИ < СОЙДЕШЬ>! coll

[Interj; Invar; fixed WO]

=====

⇒ used to express utter surprise, amazement, delight, a sarcastic reaction to sth. etc:

- (truly) unbelievable (amazing, incredible etc)!;

- that's unbelievable (amazing etc)!;

- my goodness!;

- [in limited contexts] you're kidding!;

- I can't believe it!;

- it's (she's etc) a knockout!;

- it'll (she'll etc) make you flip;

- sth. drives you out of your mind.

     ♦ Чуйков вернулся в блиндаж. Гуров, поджидавший его с ужином, сказал: "Николай Иванович, с ума сойти: тихо" (Гроссман 2). Не [Chuykov] went back to the bunker. Gurov was waiting for him so they could have supper. "What silence, Nikolay Ivanovich!" said Gurov. "I can't believe it" (2a).

     ♦ "Я думаю, [он] куда-нибудь в Сибирь подался..." - "А почему в Сибирь?" - "Я там в экспедиции был, с ума сойти как здорово..." (Семёнов 1). "I reckon he's off to Siberia...." "But why Siberia?" "I was out there with an expedition, it's a knockout, great" (1a).

     ♦ "Вот представьте себе такую историю: старый пёс, - но ещё в соку, с огнём, с жаждой счастья, - знакомится с вдовицей, а у неё дочка, совсем ещё девочка, - знаете, когда ещё ничего не оформилось, а уже ходит так, что с ума сойти" (Набоков 1). "Imagine this kind of thing: an old dog-but still in his prime, fiery, thirsting for happiness-gets to know a widow, and she has a daughter, still quite a little girl - you know what I mean - when nothing is formed yet but already she has a way of walking that drives you out of your mind" (1a).

. вход в... и выход из него; давление на входе; мощность на выходе; на выходе

•

After leaving the crushers, the ore passes to the wagons...

•

Gas outlet...

•

The egress of tracer from the organ...

•

The yield of pig iron...

•

The oil possibilities of Hungary were recognized because of the numerous seeps.

•

An oil or gas show in a nonproductive well...

см. при входе и выходе

* * *

 The flow at the exit of a turbomachinery rotor is three-dimensional with a varying degree of turbulence.

 The maximum yield is expected if the reaction has reached equilibrium.

 Further increase in purine production was obtained by adding of glutamine.

 Reassociation of monomers takes place with up to 90 percent recovery of original aldolase molecules. (... происходит с выходом до 90%...)

— в случае выхода из строя в процессе работы

— выход в таком случае состоит в

— выход за пределы

— выход заключается обычно в

— выход из строя

— выход из строя менее, чем за

— выход состоит в

— выход энергии

— дата выхода из ремонта

— мощность на выходе

— на выходе

— нет иного выхода, как только

— очевидный выход из положения - это... или

— практический выход

— преждевременный выход из строя

. вследствие

•

The hypothesis assumes that the genetic code was universal in (or as a) consequence of its being established in the ancestral stock.

•

The internal energy increases as a result of the reaction.

•

In this zone, mixing occurs as the result of convection.

•

In response to the increase of pressure the emergency system went into action.

•

The changes in band intensity associated with changes in pH...

•

A hydrogen atom is first formed by collision.

•

The work is done by virtue of the volume change.

•

The first term is the energy contribution due to the translational motion of...

•

The possible carbonium ions that can form the addition of...

•

With the single-heterostructure laser some of the light is still lost owing to its penetration across...

•

The external springs are less likely to deteriorate through heating.

•

Contamination of condensate may occur leakage of...

•

The pulse shapes were derived scanning different types of particles.

•

This work has resulted in two waveguides.

•

Bentonite shrinks upon drying.

. воспользоваться; максимально использовать; можно использовать; наиболее эффективно использовать; пользоваться; применять; широко использовать

•

We will show how these numbers can be put to use.

•

Advantage is taken of this fact in some turbojet engines.

•

Unique processes and equipment have been successfully applied in the mining and refining of potash salts.

•

The great majority of amplifiers are electronic and depend (or rely) upon transistors and chips for their operation.

•

These projects can draw on the data from five tests.

•

The new relay employs three sets of contacts.

•

We shall follow this method.

•

To harness atomic energy for peaceful uses,...

•

This reaction may be harnessed to perform work.

•

The power unit makes use of a standard electric starter.

•

These vehicles rely on ambient air as a source of oxygen.

•

This nonreciprocity has as yet not been turned to useful account in antennas.

•

At present, these laboratories are being utilized to test timbers.

•

Such high precision makes it possible to employ (or use, or utilize) laser radiation as a primary standard of length and time.

•

With electricity farmers could run useful devices of all kinds.

•

This offers the possibility of putting hydrides to work in heat pumps.

•

These techniques take advantage of the laser's high spectral intensity.

•

Lasers are exploited to heat plasmas with short pulses of light.

•

Double-break or multibreak devices can exploit this effect even at higher voltages.

•

We make use of the generalized invariants.

•

The author's suggestions were picked up by the Japanese who ran some preliminary tests on eleven pure elements.

•

The steam from a dry field can be put to use() other than power production.

•

We can draw on the equation of general relativity to calculate...

•

The newest accelerators exploit the same fundamental principles as the first ones.

•

Simplifying assumptions have been invoked to separate the two processes for individual study.

•

If this natural gas can be tapped, there would be a tremendous source of fuel.

•

This prevents defective parts from being put into service.

•

When all the even (or odd) integers are used up, there will still be half the series...

. а также

•

The reaction produces, among other products, copper nitrate,...

•

This gas contains the hydrogen and nitrogen components along with gaseous impurities.

•

Figure 1 shows a neutron-gamma log alongside the corresponding natural-gamma-ray log.

•

In parallel with the increase in carbon-dioxide in the atmosphere there also has been a rise in suspended particulate contamination.

•

A device with the apt name "Digs" was designed for use with coal mining equipment.

•

The following classification has proved to be a workable one.

•

more appropriate (or suitable, or proper, or fitting) term is the separation energy.

•

The speed selected is that best suited to the prime mover.

•

The alkanes require reaction conditions suitable to the substitution of a hydrogen by...

(of s.o. who has a higher social status, holds a higher position, or is older than the person who provokes his reaction) to yell, swear, and/or gesticulate wildly in anger, indignation etc (the cause of which is usu. indicated in the context)

X рвёт и мечет = X is ranting and raving

1. \Х-50 (кому) disapprov ( impers or with subj: human one or s.o. is completely indifferent to, unconcerned about etc sth.: X-y (X) хоть бы хны - X couldn't (could) care less

2. — кому (impers) sth. does not affect or cause any reaction in s.o.: X-y хоть бы хны - it doesn't bother (ruffle) X a bit (at all)

• РВАТЬ И МЕТАТЬ coll

[VP; subj: human; fixed WO]

=====

⇒ (of s.o. who has a higher social status, holds a higher position, or is older than the person who provokes his reaction) to yell, swear, and/ or gesticulate wildly in anger, indignation etc (the cause of which is usu. indicated in the context):

- X рвёт и мечет≈ X is ranting and raving;

- X is (going) mad with rage;

- X is blowing his top (stack).

     ♦ Нет, у нее другая новость: Твардовский уже четвертый день меня ищет, рвет и мечет... (Солженицын 2). No, she had brought another piece of news Tvardovsky had been trying to find me for four days, and was ranting and raving... (2a).

     ♦ "...[Галиуллин] при имени Стрельникова рвет и мечет..." (Пастернак 1). "...He [Galiullin] goes mad with rage at the sound of Strelnikov's name" (1a).

• ХОТЬ БЫ ХНЫ highly coll

[Invar; predic]

=====

1. хоть бы хны (кому) disapprov [impers or with subj: human]

⇒ one or s.o. is completely indifferent to, unconcerned about etc sth.:

- X-y <X> хоть бы хны≈ X couldn't (could) care less;

- X doesn't care (at all <in the least etc>);

- X doesn't give a damn <a hoot, a darn etc>;

- it doesn't mean a thing to X.

     ♦ "[ Ты] мог бы встретить, - капризно и запальчиво выкрикивала она сквозь слёзы. - Думала, не дойду, думала, упаду, а... ему хоть бы хны" (Распутин 2). "You could have met me," she cried through her tears crankily. "I thought I wouldn't make it, I thought I would fall, and...you don't care!" (2a).

2. хоть бы хны кому [impers]

⇒ sth. does not affect or cause any reaction in s.o.:

- X-у хоть бы хны≈ it doesn't bother < ruffle> X a bit < at all>;

- it has little <no> effect on X;

- X doesn't turn a hair;

- [in refer, to physical sensations, usu. pain] X doesn't even feel it.

     ♦ Один человек, допустим, такой это весёлый-весёлый, что с ним хоть что ни случись - ему хоть бы хны, плюнет и дальше жить пойдёт (Попов 1). One person, let's say, is so cheerful and jolly that no matter what happens to him, it doesn't bother him a bit; he just shrugs it off and goes on living (1a).

     ♦ "Ты её [тётушку Хрисулу] трахнул фасолевой подпоркой, а ей хоть бы хны?!" - сказал Чунка, не глядя вниз (Искандер 5). "You bonked her [Auntie Chrysoula] with a beanpole, and she didn't even feel it?" Chunka said without looking down (5a).

* * *

уравне́ние ви́да … — an equation of the form …

входи́ть в уравне́ние — appear in the equation, enter into the equation

выводи́ть уравне́ние — derive an equation

запи́сывать уравне́ние относи́тельно, напр. ста́ршей произво́дной — write an equation to solve for, e. g., the highest derivative

уравне́ние име́ет еди́нственное реше́ние — the equation has a unique solution

опро́бовать уравне́ние по о́пытным да́нным — check [test] an equation against experimental data

уравне́ние относи́тельно, напр. х — an equation in, e. g., x

по уравне́нию — according to the equation

подбира́ть уравне́ние, напр. к гипотети́ческому механи́зму реа́кции — fit an equation, e. g., to a postulated reaction mechanism

превраща́ть уравне́ние в то́ждество — reduce an equation to an identity

приводи́ть уравне́ние к сле́дующему ви́ду — reduce an equation to the following form

уравне́ние, разреши́мое относи́тельно, напр. х — an equation solvable for, e. g., x

разреши́ть уравне́ние относи́тельно, напр. ста́ршей произво́дной — re-write an equation to solve for, e. g., the highest derivative; re-write an equation with, e. g., the highest derivative (on the left-hand side)

разреши́ть уравне́ние относи́тельно, напр. х — re-arrange an equation to solve for, e. g., x

реша́ть уравне́ние относи́тельно, напр. х — solve the equation for, e. g., x

реша́ть уравне́ния совме́стно — solve equations simultaneously

реша́ть с по́мощью уравне́ния — solve by equation

уравне́ние с одни́м неизве́стным — an equation in one unknown

соотве́тствовать уравне́нию — fit an equation

составля́ть уравне́ние — formulate [form, set up, write] an equation

уравне́ние сте́пени n — an equation of degree n [of the nth degree], an nth -degree equation

транспони́ровать уравне́ния — transpose equations

удовлетворя́ть уравне́нию — satisfy an equation

уравне́ние адиаба́ты — adiabatic equation

алгебраи́ческое уравне́ние — algebraic equation

уравне́ние бала́нса — balance (equation)

уравне́ние бари́ческой тенде́нции — tendency equation

уравне́ние Берну́лли — Bernoulli's theorem

биквадра́тное уравне́ние — biquadratic, biquadratic [quartic] equation

уравне́ние Бо́льцмана — Boltzmann equation

уравне́ние Ван-дер-Ваа́льса — Van der Waals' equation

веково́е уравне́ние — secular equation

ве́кторное уравне́ние — vector equation

уравне́ние в коне́чных ра́зностях — difference equation

уравне́ние во́дного бала́нса — hydrologic [hydrolicity] equation

волново́е уравне́ние — wave equation

уравне́ние в по́лных дифференциа́лах — total [exact differential] equation

уравне́ние второ́й сте́пени — quadratic [second-degree] equation

уравне́ние Га́мильтона — canonical equation of motion

уравне́ние Ги́ббса-Гельмго́льца — equation of maximum work

уравне́ние горе́ния — combustion equation

уравне́ние да́льности де́йствия рлк ста́нции, основно́е — (radar) range equation

уравне́ние движе́ния — equation of motion

уравне́ние движе́ния жи́дкости — flow equation

уравне́ние дина́мики — equation of motion, dynamic(al) equation

диофа́нтово уравне́ние — Diophantine equation

дифференциа́льное уравне́ние — differential equation

дифференциа́льное уравне́ние в по́лных дифференциа́лах — exact (differential) equation

дифференциа́льное уравне́ние второ́го поря́дка — second-order differential equation

дифференциа́льное уравне́ние в ча́стных произво́дных — partial differential equation

дифференциа́льное, обыкнове́нное уравне́ние — ordinary differential equation

дифференциа́льное уравне́ние пе́рвого поря́дка — first-order differential equation

дифференциа́льное, стохасти́ческое уравне́ние — stochastic differential equation

дифференциа́льное уравне́ние управле́ния — control differential equation

дифференциа́льно-ра́зностное уравне́ние — differential-difference equation

уравне́ние диффу́зии — diffusion equation

интегра́льное уравне́ние — integral equation

интегра́льное уравне́ние пе́рвого ро́да — integral equation of the first kind

интегра́льное уравне́ние Фредхо́льма — Fredholm equation

интегродифференциа́льное уравне́ние — integro-differential equation

исхо́дное уравне́ние — input [original] equation

калибро́вочно-инвариа́нтное уравне́ние — gauge-invariant equation

канони́ческое уравне́ние — canonical equation

квадра́тное уравне́ние — quadratic equation

квадра́тное, непо́лное уравне́ние — pure quadratic (equation), incomplete quadratic (equation)

квадра́тное, по́лное уравне́ние — affected quadratic (equation), general form of a quadratic equation

уравне́ние кинети́ческое уравне́ние — rate [kinetic] equation

уравне́ние Клапейро́на — Clapeyron equation

уравне́ние коли́чества движе́ния — momentum equation

коне́чно-дифференци́руемое уравне́ние — finitely differentiable equation

уравне́ние ко́нтурных то́ков — mesh-current [loop-current] equation

куби́ческое уравне́ние — cubic equation

лине́йное уравне́ние — linear equation

уравне́ние стано́вится лине́йным относи́тельно, напр. вре́мени — the equation becomes linear in, e. g., time

логарифми́ческое уравне́ние — logarithmic equation

уравне́ние Ма́ксвелла — Maxwell's equation

масшта́бное уравне́ние вчт. — transformation equation

материа́льное уравне́ние элк. — constitutive relation

ма́тричное уравне́ние — matrix equation

маши́нное уравне́ние вчт. — machine equation

уравне́ние n [m2]-го поря́дка — equation of the nth order, nth -order equation

уравне́ние n [m2]-й сте́пени — nth -degree equation, equation of degree n

неодноро́дное уравне́ние — inhomogeneous [nonhomogeneous] equation

неопределё́нное уравне́ние — indeterminate equation

уравне́ние непреры́вности — continuity equation

неприводи́мое уравне́ние — irreducible equation

уравне́ние неразры́вности — continuity equation

одноро́дное уравне́ние — homogeneous equation

окисли́тельно-восстанови́тельное уравне́ние — oxidation-reducton equation

опера́торное уравне́ние — operator equation

основно́е уравне́ние — basic equation

уравне́ние параболи́ческого ти́па — parabolic equation

параметри́ческое уравне́ние — parametric equation

уравне́ние пе́рвого поря́дка — first-order equation

уравне́ние пе́рвой сте́пени — simple equation

уравне́ние переме́нного то́ка — equation for an alternating current

уравне́ние перено́са — transport [transfer] equation

уравне́ние пограни́чного сло́я — boundary-layer equation

уравне́ние по́ля — field equation

уравне́ние правдоподо́бия — likelihood equation

уравне́ние преобразова́ния — transformation equation

прове́рочное уравне́ние ( на чётность) — parity(-check) equation

уравне́ние прямо́й в отре́зках — intercept form of [for] the equation of a straight line

уравне́ние прямо́й с угловы́м коэффицие́нтом — slope-intercept form of [for] the equation of a straight line

уравне́ние Пуассо́на — adiabatic equation

уравне́ние равнове́сия — equilibrium equation

уравне́ние радиолока́ции, основно́е — radar equation

уравне́ние радиолока́ции, основно́е, для свобо́дного простра́нства — free-space radar equation

уравне́ние разме́рностей — dimensional equation

ра́зностное уравне́ние — difference equation

уравне́ние регре́ссии — regression equation

проверя́ть уравне́ние регре́ссии на адеква́тность по крите́рию Фи́шера — test the adequacy [validity] of the regression equation on the basis of Fisher's variance ratio

уравне́ние регули́руемого объе́кта автмт. — plant [process] equation

релятиви́стское уравне́ние — relativistic equation

уравне́ние свя́зи — constraint equation

скаля́рное уравне́ние — scalar equation

скоростно́е уравне́ние — rate [kinetic] equation

уравне́ние согласова́ния цвето́в — colour match equation

сопряжё́нное уравне́ние — adjoint equation

уравне́ние состоя́ния — equation of state, characteristic equation

уравне́ние состоя́ния идеа́льного га́за — Clapeyron equation

уравне́ние сохране́ния — conservation equation

уравне́ние сохране́ния моме́нта коли́чества движе́ния — angular momentum [moment-of-momentum] equation

уравне́ние сохране́ния эне́ргии — energy equation

уравне́ние с разделя́ющими(ся) переме́нными — equation with variables separable, separable equation

уравне́ние сте́пени n — an equation of degree n, an nth -degree equation, an equation of the nth degree

степенно́е уравне́ние — exponential equation

стехиометри́ческое уравне́ние — stoichiometric equation

телегра́фное уравне́ние — telegraphers equation

те́нзорное уравне́ние — tensor equation

уравне́ние теплово́го бала́нса — heat balance equation

уравне́ние теплопрово́дности — heat [heat conduction, heat transfer] equation

уравне́ние тече́ния — flow equation

то́чное уравне́ние — exact equation

уравне́ние траекто́рии — path equation

трансценде́нтное уравне́ние — transcendental equation

тригонометри́ческое уравне́ние — trigonometric equation

уравне́ние узловы́х потенциа́лов эл. — nodal-voltage equation

функциона́льное уравне́ние — functional equation

характеристи́ческое уравне́ние — characteristic equation

хими́ческое уравне́ние — chemical equation

уравне́ние хо́да луче́й опт. — ray-tracing equation

цветово́е уравне́ние — trichromatic equation

уравне́ние Шре́дингера — Schrцdinger (wave) equation

уравне́ние Э́йлера для тре́ния кана́та по цили́ндру — capstan equation

уравне́ние Эйнште́йна для вне́шнего фотоэффе́кта — Einstein photoelectric equation

эллипти́ческое уравне́ние — elliptic(al) equation

эмпири́ческое уравне́ние — empirical equation

. в данных условиях; интересующий нас; рассматриваемый; тот или иной

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The reaction in question (or under discussion, or under review, or of interest) is stoichiometric.

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In the range covered the curves are in good agreement with experiment.

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Figure 3 shows the result of raising the temperature on a given column.

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For a given forward resistance, silicon diodes have greater capacitance than germanium ones.

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This method is well suited for the purpose in (or at) hand.

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This quantity can be obtained from the phase diagram of the system involved (or in question, or of interest).

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The maximum rate of change of a particular characteristic of the orbit...

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This term is used to indicate that the material referred to consists of thin, separable lamellae or leaves.

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In the specific case of 25-percent dehydration...

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Response to a specified output is of prime importance.

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 To account for metallurgical changes occurring in a given temperature range, S. suggests that the form for the modification term is exp [k(T -- T1)2].

 Because efficiency is very important for the application involved, a design change was considered.

 The present experimental method has several advantages.

 Maximum mechanical constraint conditions were not attained with the subject specimens.

 Strictly speaking, these do not apply to the problem at hand.

. а также

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The reaction produces, among other products, copper nitrate,...

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This gas contains the hydrogen and nitrogen components along with gaseous impurities.

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Figure 1 shows a neutron-gamma log alongside the corresponding natural-gamma-ray log.

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In parallel with the increase in carbon-dioxide in the atmosphere there also has been a rise in suspended particulate contamination.

 It is thus proposed that the abrasive wear by plastic plowing of the tool will also occur with carbide tools.

 L. suggested that n in equation (...) should be varied between three and zero as bubble size is increased.

 It is postulated that much of the increase is carbon associated with higher boiling temperature material in shale oil.

 It has been postulated, and subsequently proved [...] that the additional SO3 needed for this reaction is formed through heterogeneous catalysis. (Было высказано предположение, которое впоследствии подтвердилось...)

 The effect of prolonged exposure to elevated temperatures was determined using panels prepared in the same manner as those used in the thermal shock tests.

 The shear parameter b was defined in the same way as in the present paper.

 This structure is contained in a dewar and maintained at 4.2 K, the same as the TF and OH coils.

 Bearing pressures and temperatures were monitored as were horizontal, vertical, and axial shaft vibrations.

 In contrast to the HP turbine, the LP turbine has a shrouded rotor, as also have both power turbine stages.

 The oxidation of the ester lubricant, in common with hydrocarbon lubricants, occurs via a free-radical chain reaction.

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The laboratory workers revealed another interesting facet (or aspect) of this reaction.

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 This paper will deal with only one aspect of pumping ring design -- the effect of the initial shape of the fluid film on pumping performance.

 This evidence has two facets.

. в процессе; во время; на протяжении

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Stirring is continued during ( the course of) the reaction.

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The decrease in neutral atom concentration during the course of the pulse...

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Many thousands of major earthquakes are likely to occur in the course of a few million years.

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The outflow of Gulf Stream water over the course of a year...

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This holds the swept signal constant throughout each sweep period.

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Most valves are assembled and shipped within two to four weeks.

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The light output of some quasars has been observed to change significantly in a matter of days.

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Over (or During) a period of several decades the group experimented with the infusion of fats.

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 Within the next two decades, more once-through-cooled power plants are proposed for installation.

 All experiments were conducted within a span of two days to reduce the effect of silica dissolution.

. в процессе; во время; на протяжении

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Stirring is continued during ( the course of) the reaction.

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The decrease in neutral atom concentration during the course of the pulse...

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Many thousands of major earthquakes are likely to occur in the course of a few million years.

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The outflow of Gulf Stream water over the course of a year...

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This holds the swept signal constant throughout each sweep period.

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Most valves are assembled and shipped within two to four weeks.

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The light output of some quasars has been observed to change significantly in a matter of days.

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Over (or During) a period of several decades the group experimented with the infusion of fats.

. значительный; чётко выраженный

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The hydrogen molecules here cannot emit detectable amounts of radiation.

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The corrosion of an ancient metal object may continue at an appreciable rate in ordinary air.

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The greater this velocity, the more conspicuous the Doppler shift.

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A distinct drop was found at 86°F.

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All these alloys possess marked ferromagnetic properties.

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Acridine shows marked fluorescence.

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If no perceptible (or sensible) change takes place in..., the solution is saturated.

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The influence of temperature is much more prominent than that of the reactor throughout.

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The wood has been subjected to pronounced humidity changes.

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Only one reaction occurs at a detectable rate without a catalyst.

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The hydrogen contains noticeable amounts of ammonia and... as impurities.

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The tilt became more pronounced with time.

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Many of these compounds are not formed in any detectable amount.

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These changes are most evident in gases.

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Such additional variables have no noticeable effect on...