• Mechi bora ya maktaba: 1-Bromo-3-methylbenzene #162 | match 0.0%

• Kufanana kwa maktaba yote iliyoripotiwa ni 0.000, S-O urejeshaji hautoi nguvu ya kuaminika ya mechi kwa mgombea yeyote maalum.
• Hakuna ushahidi wa fasihi unaohusiana unaopatikana kuthibitisha darasa maalum la halidi ya kunukia au muundo wa uingizwaji.
• Vilele vilivyozingatiwa vimefungwa kwenye dirisha nyembamba la eneo la alama za vidole na havionyeshi seti pana ya bendi za tabia zinazohitajika kwa kawaida kutofautisha kunukia maalum yenye bromini kutoka kwa nyenzo nyingine za kunukia zenye halojeni.
• Wagombea wengine wa juu wa maktaba wanadokeza vikundi vya utendaji kama vile nitrile, ester, hydroxyl, silane, au nyuzi za polima, lakini ushahidi wa sasa haungi mkono vikundi hivyo.
• Data ya sasa haitofautishi kama halojeni ni bromini, klorini, au florini.
• Muundo wa uingizwaji kwenye pete yoyote ya kunukia hauwezi kujulikana kutoka kwa seti ya sasa ya vilele pekee.
• Bado haijulikani kama sampuli ni molekuli ndogo, sehemu ya mchanganyiko, au sehemu ya nyenzo ngumu zaidi iliyoundwa.

Hatua zinazofuata zilizopendekezwa: Acquire the full FTIR spectrum, especially the 4000–1500 cm-1 and 1500–800 cm-1 regions, to check for aromatic C-H stretching, ring C=C bands, and any heteroatom-containing functional groups. Compare the sample directly against authentic spectra of 1-Bromo-3-methylbenzene and closely related halogenated aromatics to test whether the fingerprint pattern aligns beyond the 652–716 cm-1 region. If compound-level identification is needed, confirm halogen content and aromatic substitution by GC-MS or LC-MS, and use NMR if sufficient sample is available. If the sample may be a formulated or polymeric material, collect complementary data such as Raman or elemental analysis to determine whether the halogenated aromatic signature belongs to an additive rather than the bulk material.