Words with Suffix “--escence” in English (US)

Crystalloluminescence is a 7-syllable scientific compound noun (crys-tal-lo-lu-mi-nes-cence) combining Greek 'crystallo-' (crystal) with Latin 'lumin-' (light) and '-escence' (process of emitting). Primary stress falls on 'nes', with secondary stresses on 'crys' and 'lu'. The word denotes light emission from crystals under mechanical stress. Syllabification respects morpheme boundaries while applying maximal onset principles within each morphological unit.

Hyperphosphorescence is a noun with six syllables (hy-per-pho-spho-res-cence), stressed on the fifth syllable ('res'). It's composed of the Greek prefix 'hyper-', the Greek root 'phosphor-', and the Latin suffix '-escence'. Syllabification follows vowel-based rules and maximizes consonant onsets.

Hyperphosphorescence is a six-syllable noun (hy-per-phos-pho-res-cence) with Greek prefix 'hyper-' (excessive), Greek root 'phosphor-' (light-bearing), and Latin suffix '-escence' (process/state). Primary stress falls on the fifth syllable 'res,' with secondary stress on 'hy' and 'phos.' Syllable division follows morpheme boundaries and the maximal onset principle while respecting the 'ph' digraph as a single phoneme /f/.

The word 'nonincandescence' is divided into five syllables: non-in-can-des-cence. It consists of the prefix 'non-', root 'cand-', and suffix '-escence'. Primary stress falls on 'can'. Syllabification follows onset-rime structure, vowel-centric principles, and allows for consonant clusters.

Phosphorescences is a five-syllable noun (pho-spho-res-cen-ces) with primary stress on 'res'. It's formed from Greek and Latin roots and follows standard English syllabification rules based on vowel-consonant patterns.

Radioluminescence is a seven-syllable noun with primary stress on the third syllable ('lu'). Syllable division follows onset-rime principles, maximizing onsets where possible. The word is morphologically complex, built from Latin roots and suffixes denoting light emission.

Semiphosphorescence is a noun with six syllables (se-mi-pho-spher-es-cence). It's derived from Latin and Greek roots, meaning a weak form of light emission. Primary stress falls on the antepenultimate syllable. Syllable division follows standard English rules, considering digraphs and suffixes.

Semiphosphorescence is a 6-syllable noun (sem-i-phos-pho-res-cence) combining the Latin prefix 'semi-' (half), Greek root 'phosphor' (light-bearing), and Latin suffix '-escence' (process/state). Primary stress falls on 'res', with secondary stress on 'sem' and 'phos'. IPA: /ˌsɛm.i.ˌfɑs.fəˈrɛs.əns/. Division follows morphological boundaries and the Maximal Onset Principle while avoiding illegal consonant clusters.

Thermophosphorescence is a 6-syllable scientific noun: ther-mo-phos-pho-res-cence. It combines Greek 'thermo-' (heat) + 'phosphor-' (light-bearing) + Latin '-escence' (process). Primary stress falls on 'res' (syllable 5), secondary on 'ther' (syllable 1). IPA: /ˌθɜːr.moʊ.fɒs.fəˈrɛs.əns/. Syllabification follows morpheme boundaries and the Maximal Onset Principle.

Tribophosphorescence is a six-syllable noun with primary stress on the penultimate syllable. It's formed from the prefix 'tri-', the root 'phosphor-', and the suffix '-escence'. Syllabification follows VCV and CVC rules, with onset maximization applied to consonant clusters.

Tribophosphorescence divides into six syllables (tri-bo-phos-pho-res-cence) following morpheme boundaries: the Greek prefix 'tribo-' (friction), Greek root 'phosphor-' (light), and Latin suffix '-escence' (process). Primary stress falls on 'res' with secondary stress on 'tri' and 'phos'. The word denotes light emission caused by friction on certain materials.