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photo <photos> [ˈfəʊtəʊ] N

photo → photograph

See also photograph

I . photograph [ˈfəʊtəgrɑːf] N, photo

II . photograph [ˈfəʊtəgrɑːf] VB trans

proton [ˈprəʊtɒn] N NUCL

piston [ˈpıstən] N MECH

photogenic [ˌfəʊtəʊˈdʒenık] ADJ

II . photocopy [ˈfəʊtəʊˌkɒpı] VB trans, intr

II . photostat [ˈfəʊtəʊstæt] N

II . phone [fəʊn] VB trans, intr

I . phoney, phony Am [ˈfəʊnı] ADJ

II . phoney, phony Am [ˈfəʊnı] N

1. phoney:

2. phoney:

phoner [ˈfəʊnə] N

phobia [ˈfəʊbıə] N

cotton [ˈkɒtn] N

baton [ˈbætɒn] N

1. baton:

I . button [ˈbʌtən] N

1. button:

2. button:

II . button [ˈbʌtən] VB trans

III . button [ˈbʌtən] VB intr

mutton [ˈmʌtən] N

wanton [ˈwɒntən] ADJ

2. wanton:

▶ wantonly ADV
▶ wantonness N

I . photograph [ˈfəʊtəgrɑːf] N, photo

II . photograph [ˈfəʊtəgrɑːf] VB trans

Monolingual examples (not verified by PONS Editors)

English
They could detect and distinguish between leptons, hadrons and photons.
en.wikipedia.org
Furthermore, even if the electron loses energy by emitting photons it would be forbidden from dropping below zero energy.
en.wikipedia.org
This is the measure of how well a calorimeter responds to leptons or photons versus hadrons.
en.wikipedia.org
Although non-thermal emission of photons from living cells is generally accepted phenomenon, much less is known about its origin and properties.
en.wikipedia.org
In inelastic scattering, an absorbed photon is re-emitted with lower energy.
en.wikipedia.org
For the sake of simplicity, assume that all emitted photons are emitted in a direction parallel to the ring.
en.wikipedia.org
The parameters of photon transport, including the step size and deflection angle due to scattering, are determined by random sampling from probability distributions.
en.wikipedia.org
Suppose we have a generator of photons of different energies.
en.wikipedia.org
Low-frequency light only ejects low-energy electrons because each electron is excited by the absorption of a single photon.
en.wikipedia.org
The electromagnetic nature of photons and phonons are studied which show that the oscillations of electromagnetic fields and of crystal lattices have much in common.
en.wikipedia.org

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