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2087 manifold.) |
2087 manifold.) |
2088 We have $\bd X_i = Y_i \cup \ol{Y}_i \cup (D\times I)$ |
2088 We have $\bd X_i = Y_i \cup \ol{Y}_i \cup (D\times I)$ |
2089 (see Figure \ref{jun23a}). |
2089 (see Figure \ref{jun23a}). |
2090 \begin{figure}[t] |
2090 \begin{figure}[t] |
2091 \begin{equation*} |
2091 \begin{equation*} |
2092 \mathfig{.6}{tempkw/jun23a} |
2092 \mathfig{.6}{ncat/YxI-sliced} |
2093 \end{equation*} |
2093 \end{equation*} |
2094 \caption{$Y\times I$ sliced open} |
2094 \caption{$Y\times I$ sliced open} |
2095 \label{jun23a} |
2095 \label{jun23a} |
2096 \end{figure} |
2096 \end{figure} |
2097 Given $a_i\in \cS(Y_i)$, $b_i\in \cS(\ol{Y}_i)$ and $v\in\cS(D\times I)$ |
2097 Given $a_i\in \cS(Y_i)$, $b_i\in \cS(\ol{Y}_i)$ and $v\in\cS(D\times I)$ |