different between xeromorphic vs meromorphic

xeromorphic

English

Etymology

From xero- +? -morphic.

Pronunciation

  • IPA(key): /z?????m??f?k/
  • Rhymes: -??(r)f?k

Adjective

xeromorphic (comparative more xeromorphic, superlative most xeromorphic)

  1. (biology) Of, relating to, or characteristic of the xerophytes, especially having the ability to store water in leaves and stems.
    Synonym: xeromorphous

Related terms

Translations

Paronyms

  • xenomorphic

xeromorphic From the web:

  • what is xeromorphic adaptation
  • what are xeromorphic plants
  • what does xerographic mean
  • what does xerographic mean in biology
  • xeromorphic meaning
  • what does xeromorphic
  • what is xerophytic adaptation


meromorphic

English

Etymology

mero- +? -morphic

Adjective

meromorphic (not comparable)

  1. (complex analysis, of a function) That is the ratio of two holomorphic functions (and so possibly infinite at a discrete set of points).
    • 1993, Joel L. Schiff, Normal Families, Springer, page 71,
      Normal families of meromorphic functions are most naturally studied using the spherical metric (ยง1.2), an approach initiated by Ostrowski [1926]. Some results for meromorphic functions, such as the FNT, are immediate extensions from the analytic case, whereas others, such as Landau's or Julia's theorem are set in a much broader context than their analytic counterparts. Normality criteria pertinent to families of meromorphic functions, such as Marty's theorem, have not yet been encountered.
    • 2000, Werner Balser, Formal Power Series and Linear Systems of Meromorphic Ordinary Differential Equations, Springer, page 39,
      Note that such a transformation is holomorphic at the origin, but is essentially singular at infinity. However, since T ( z ) {\displaystyle T(z)} commutes with A ( z ) {\displaystyle A(z)} , the transformed system has coefficient matrix A ( z ) ? z q ? ( z ) I {\displaystyle A(z)-zq'(z)I} and hence is again meromorphic at infinity.
    • 2012, Marius van der Put, Michael F. Singer, Galois Theory of Linear Differential Equations, Springer, page 147,
      A point p ? P 1 {\displaystyle p\in P^{1}} is singular for d d z ? A {\displaystyle \textstyle {\frac {d}{dz}}-A} if the equation cannot be made regular at p {\displaystyle p} with a local meromorphic transformation.

Derived terms

Related terms

  • holomorphic
  • meromorphism

meromorphic From the web:

  • what meromorphic functions
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