DILATABLE Antonyms

• (of circumstances) tending to constrict freedom

• restricting the scope or freedom of action

• small in range or scope

• public transport consisting of a fast train or bus that makes only a few scheduled stops

• subject to limits or subjected to limits

• including only a part

• mediocre

• not excessive

• having a specific function or scope

• not unlimited

• not wide

• lacking tolerance or flexibility or breadth of view

• very limited in degree

• a narrow strait connecting two bodies of water

• limited in extent or scope

• characterized by painstaking care and detailed examination

• make or become more narrow or restricted

• define clearly

• become more focused on an area of activity or field of study

• become tight or as if tight

• subject to restriction or subjected to restriction

• restricted in meaning; (as e.g. `man' in `a tall man')

• the lowest level of official classification for documents

• designating an airship or dirigible having a form maintained by a stiff unyielding frame or structure

• incapable of or resistant to bending

• incapable of compromise or flexibility

• incapable of adapting or changing to meet circumstances

• fixed and unmoving

• closely constrained or constricted or constricting

• of such close construction as to be impermeable

• firmly or closely

• in an attentive manner

• pulled or drawn tight

• set so close together as to be invulnerable to penetration

• pressed tightly together

• (used of persons or behavior) characterized by or indicative of lack of generosity

• affected by scarcity and expensive to borrow

• of textiles

• securely or solidly fixed in place; rigid

• (of a contest or contestants) evenly matched

• very drunk

• exasperatingly difficult to handle or circumvent

• demanding strict attention to rules and procedures

• packed closely together

• make tight or tighter

• become tight or tighter

• severely restrict in scope or extent

• narrow or limit

• Capable of contraction

• (of a topological set) Able to be reduced to one of its points by a continuous deformation