Tuesday, February 05, 2008

Cili BOH Ah SAN~*

Aku boh-san. Sangat. So aku nak heret korang sekali….

Aku bosan...

Duduk2 depan computer.
Baca email. Baca paper.
Tgk tv apa best citer.


Online YM org asyik add merata.
Tapi chatting 7 minit dan 27 saat saja.

Sape2 aku chat pada masa ini bertuah la kira.

Pastu chatting dah malas.
Melompat kat blog orang secara bebas.
Sampai lah aku terbabas.


Blog best2 aku layan.
Yang bosan2 aku ketepikan.
Blog tetap aku pergi ada lapan.


Bila bosan balik, aku start baca jurnal & article.
Pastu macam hampeh ngantuk datang tackle.
Terus head banging layan lagu Micheal.

Tetap kuat smngt taip itu ini begitu begini.

Baca hape2 pun tak paham. Haram betol la ni.
Sampai biler master aku nak habis lagu ni~!!


Pastu buat2 kesal sebab sambung belajar.
Tapi syok biler ingat kerja nanti gaji besar.
Takde2.Jgn mintak aku belanja.Harharhar.

Sambung balik typing tesis.
Sampai paper jurnal tu bau hamis.
Berhenti type bile aku dah start nak nangis.


Ntah hape aku tulis tak paham.
Semua menda aku rasa nak baham.
Kepala ni boleh tak aku nak benam?

Time2 ni la budak2 lab datang buat hampeh.
Ditakutkannye cakap prof nak jmpa aku.Cheh~!
Tolong lah jangan prof cari aku masa2
ni. Tok seh~

Aku tak nak pikir apa2.
Protes tak nak buat apa2.
Jangan sesiapa tanya apa2.

Kembali duduk depan computer.
Jenguk FS lak dan baca paper.
Mood hilang dah tak ader.


Kembali bosan......


Tak cukup bosan? Ni ada lagi…

Direct methanol fuel cells (DMFC) have received considerable attention both as a portable power source and as a replacement for batteries. The available conventional Nafion membranes currently used in hydrogen fuel cells are not suitable for use in DMFC due to their dehydration and instability at temperatures higher than 100EC. Novel composite membranes have been prepared with the help of a sulfonated polyether ether ketone (SPEEK) polymer and a novel solid proton conductor, namely heteropolyacid-loaded Y-zeolite. The novel solid proton conductor has high proton conductivity and high thermal and structural stability because of the presence of Y-zeolite. The conductivity of the composite membranes at room temperature as well as at higher temperatures was found to increase with the incorporation of solid conducting material particles into the SPEEK polymer. The conductivity increased by 3–4 times at room temperature and increased to exceptionally high values at temperatures higher than 100EC. In all cases the presence of the solid proton conductor led to an increase in conductivity of the membranes without detriment to their flexibility. Water uptake of the membranes also followed a similar trend as that of conductivity. The membranes were characterized by XRD, FTIR and SEM techniques, which confirmed even distribution of solid material into the SPEEK polymer. Hence, these low-cost membranes can be considered for use in DMFC for portable devices as well as for medium-temperature stationary applications.

Tu abstrak thesis aku lah lebih kurang. Menda haram aku buat dalam lab nih. Tak paham? Tu la… bosan kan?