Hyphenation ofспектросенситометрам

Linguistic Analysis of "спектросенситометрам" (Russian)

1. Examination & Pronunciation:

The word "спектросенситометрам" is a complex noun in Russian, denoting an instrument used for measuring spectral sensitivity. Its pronunciation involves a series of consonant clusters and vowel reductions typical of the language.

2. Syllable Division:

Following Russian syllabification rules, the word breaks down as follows (using only original letters):

3. Morphemic Analysis:

• Prefix: спектро- (from Greek spectrum - "image, appearance") - denotes spectral characteristics.
• Root: сенсито- (from Latin sensus - "feeling, perception") - relates to sensitivity.
• Suffix: -метр (from Greek metron - "measure") - indicates an instrument for measuring.
• Suffix: -ам (dative/instrumental plural ending) - indicates the dative or instrumental case, plural form.

4. Stress Identification:

The primary stress falls on the third syllable: спек-тро-сен-си-то-ме-трам.

5. Phonetic Transcription:

/spʲektrɐsʲɪnsʲɪtɐˈmʲetram/

6. Edge Case Review:

Russian syllabification prioritizes vowel sounds. Consonant clusters are generally broken around vowels. The presence of palatalized consonants (indicated by the 'ʲ' symbol in the IPA) influences the surrounding syllable structure.

7. Grammatical Role:

The word is a noun. Its syllabification and stress remain consistent across different grammatical cases, though the ending changes, affecting the final syllable.

8. Definition & Semantics:

• Definition: A spectrosensitometer is an instrument used to measure the spectral sensitivity of the eye or other light-sensitive detectors.
• Grammatical Category: Noun (masculine, inanimate)
• Translation: Spectrosensitometer
• Synonyms: (None readily available as it's a highly specialized term)
• Antonyms: (Not applicable)
• Examples:
  • "Использование спектросенситометрам позволяет точно определить чувствительность сетчатки к различным длинам волн." (Using a spectrosensitometer allows for accurate determination of the retina's sensitivity to different wavelengths.)

9. Phonological Comparison:

• телефоном (te-le-fo-nom): Similar syllable structure with consonant clusters. Stress falls on the third syllable.
• фотографом (fo-to-gra-fom): Similar vowel-consonant alternation. Stress falls on the third syllable.
• компьютером (kom-p'yu-te-rom): Demonstrates a more complex consonant cluster, but still follows the vowel-centric syllabification. Stress falls on the third syllable.

10. Division Rules:

• Rule 1: Sonority Sequencing Principle: Syllables are formed around a sonority peak (usually a vowel). Consonants are assigned to the syllable where they create the highest sonority.
• Rule 2: Vowel-Centric Syllabification: Each syllable must contain a vowel.
• Rule 3: Consonant Cluster Resolution: Consonant clusters are broken according to the sonority hierarchy, with more sonorous consonants being drawn into the following syllable.

11. Special Considerations:

• The palatalization of consonants influences syllable boundaries.
• Vowel reduction (akan'ye/okan'ye) in unstressed syllables is a significant feature of Russian pronunciation, but doesn't directly affect syllabification.
• Regional variations in pronunciation might affect the precise realization of vowel sounds, but the core syllabification remains consistent.

12. Short Analysis:

The word "спектросенситометрам" is a complex Russian noun denoting a spectrosensitometer. It is syllabified as спек-тро-сен-си-то-ме-трам, with stress on the third syllable. The word is morphologically composed of Greek and Latin roots and suffixes, indicating its function as a measuring instrument. Syllabification follows vowel-centric rules, resolving consonant clusters based on sonority.