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Sechzig
Welle-Teilchen-Dualismus

u rečniku PONS

OpenDict unos

wave-particle duality N

u rečniku PONS

par·ti·cle [ˈpɑ:tɪkl̩, Am ˈpɑ:rt̬ə-] N

1. particle (minute amount):

Teilchen nt <-s, ->

2. particle fig (smallest amount):

Spur f <-, -en>
Fünkchen nt <-s, ->

3. particle LING:

Partikel f <-, -n> spec

I. wave [weɪv] N

1. wave (of water):

Welle f <-, -n>
Woge f <-, -n> form
Wellenkamm m <-(e)s, -kämme>

2. wave fig (feeling):

Welle f <-, -n> fig
Woge f <-, -n> fig form

3. wave (series):

Welle f <-, -n>

4. wave (hand movement):

Wink m <-(e)s, -e>
jdm [zu]winken

5. wave (hairstyle):

Welle f <-, -n>

6. wave PHYS:

Welle f <-, -n>

7. wave MED (Infektionsverlauf):

Phrases:

II. wave [weɪv] VB intr

1. wave (greet):

winken <winkte, gewinkt/gewunken>
to wave at [or to] sb
jdm [zu]winken

2. wave (sway):

wave field of grass, field of corn
wogen form
wave flag
wave flag

3. wave (be wavy):

III. wave [weɪv] VB trans

1. wave (signal with):

to wave sth at [or to] sb
jdm mit etw dat winken
winken <winkte, gewinkt/gewunken>
to wave sb goodbye [or goodbye to sb]

2. wave (swing):

to wave sth

3. wave (make wavy):

dual·ity [djuˈæləti, Am duˈælət̬i, dju-] N form

Dualität f <-> form
OpenDict unos

wave N

OpenDict unos

wave N

cannon A wave[s] MED

Klett rečnik iz biologije

wave VB

Present
Iwave
youwave
he/she/itwaves
wewave
youwave
theywave
Past
Iwaved
youwaved
he/she/itwaved
wewaved
youwaved
theywaved
Present Perfect
Ihavewaved
youhavewaved
he/she/ithaswaved
wehavewaved
youhavewaved
theyhavewaved
Past Perfect
Ihadwaved
youhadwaved
he/she/ithadwaved
wehadwaved
youhadwaved
theyhadwaved

PONS OpenDict

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Jednojezični primeri (nisu ih verifikovali PONS urednici)

Most of the second-position predicate particles are mobile, appearing after the first word of the predicate (whatever that may be).
en.wikipedia.org
Under the isospin model, they were considered to be a single particle in different charged states.
en.wikipedia.org
The paramagnetic particles inside the water drops become magnetized.
en.wikipedia.org
The subunits of colloidal silica particles are typically in the range of 1 to 5 nm.
en.wikipedia.org
A tapered rear will permit the particles of the medium to rejoin more easily and quickly than a truncated rear.
en.wikipedia.org